din standard - · pdf filedin standard lined pipes & fittings engiplas | engineering...

DIN Standard

LINED PIPES & FITTINGS

E N G I P L A S | E N G I N E E R I N G P L A S T I C S

w w w . e n g i p l a s . c o m


The product The name of the product. Page No.

PTFE Lined pipes 16

RL Lined pipes 17

SL Lined pipes 18

Jacketd lined pipes 19

Solid and Lined Spacers 20

Lined Elbow 900 21

Lined Elbow 450 22

Llined Elbow 600 23

Lined Elbow 300 24

Jacketd lined Elbows 25

Lined Equal Tees 26

Lined Letral Tees 27

Lined Equal Cross 28

Lined Reducing 29-35

Lined Instrument Tees 36-41

Lined Manifold 42

Jacketd Tees & Manifold 43

lined concentric reducers 44-45


Product The name of the product Page No.

lined Eccentric reducers 46-48

lined Reducing Flanges 49-52

Lined Blind Flanges 53

Nozzle liner 54

Lined dip-Pipe 55

Lined Heavy duty Dip-pipe 56

Lined Bended Dip-pipe 57

Lined Sprager 58

Bellow Con 1 59

Bellow Con 2 60

Bellow Con 3 61

Bellow Con 5 62

Lined Sight Glass 63

Tubular Sight Glass 64

Lined Spectacle 65

Lined Spade 66

Lined Swing Check Value 67


forming properties

PP – (Polypropylene), offers a reasonable level of

chemical and temperature resistance, combined

with excellent working properties.

PE - (Polyethylene), offers a reasonable level of

chemical and temperature resistance, combined

with excellent working properties.

XLPE – (cross linked polyethylene) offers an

excellent abrasion resistance and mechanical

strength combined with chemical resistance

equivalent to polyethylene.

With more than 40 years of experience in this field,

Engiplas is well known as a leader in the field of

welding, thermoforming and lining with the full

and ever expanding range of fluoropolymer and

high performance thermoplastic materials.

Engiplas is in the position to offer not only steel

lined pipe systems and structures with common

materials, but a wider range from HDPE , XLPE ,

PVC or C-PVC pipe systems or vessels.

No other European company is in a position to

offer this unique range of products, nor the

capacity to handle projects involving almost all

processing equipment such as vessels, Tanks, Heat

exchangers , Filter-Housings and pipe systems.

We are working with the client to evaluate the

performance of the different materials, designing

the equipment and the detailed configuration of

the pipe system, testing and handing over the

finished project. This specification covers materials,

manufacturing, testing, inspection and packaging

standards for Engiplas's standard and custom

made ASME and DIN lined pipe system.

Engiplas – A recognized leader in the field of fluoropolymer and thermoplastic liners, offers a

unique complete design, manufacturing and installation packages for fluoropolymer lined steel

pipe systems and vessels.

The combination of relatively expensive, high performance fluoropolymer materials such as

PTFE/PFA with an economical high strength carbon steel pipe or vessel structure, results in an

overall economical solution to many problems concerning the handling and storage of a wide

range of aggressive fluids or ultra-pure liquids.

The range of materials used as a liner includes :

PTFE – (Polytetrafluoroethylene), the oldest

fluorocarbon resin, discovered in 1938, with

exceptional resistance to practically all chemicals,

but requiring an extremely high level of expertise

in welding and thermoforming technologies.

PFA – (Perfluoro-alkoxy), a more recent

development having a similar chemical resistance

to that of PTFE, but offering improved welding,

thermoforming and High purity properties.

MFA - is a copolymerization

of tetrafluoroethylene and

perfluoromethylvinylether.

MFA is a new fluoropolymer, with outstanding

physical and chemical properties similar to those

of other totally fluorinated polymers. It is similar

to PFA.

FEP – (Fluorinated ethylene propylene) resin, with

a similar chemical resistance to that of PTFE but

with improved welding and forming properties.

FEP has lower operating temperatures than

PTFE and PFA, but meets the requirements

for maximum operating temperatures of both

bonded and non-bonded liners.

ECTFE – is a melt processible fluoropolymer

with a 1:1 alternate copolymer structure of

Ethylene and Chlorotrifluoroethylene. ECTFE

combines superior mechanical toughness with an

outstanding chemical inertness.

ETFE - Is a related copolymer to ECTFE,

consisting of ethylene and tetrafluoroethylene ,

combines superior mechanical toughness with an

outstanding

chemical inertness.

PVDF – Polyvinylidene Fluoride, has excellent

mechanical properties and is resistant to most

chemicals. Generally offers improved welding and

ENGIPLAS | ENGINEERING PLASTICS4

ENGIPLAS | ENGINEERING PLASTICS


Materials of constructionAll materials used shall be traceable to origin and records shall be maintained for a minimum of five years. When specified, material and/or test certificates shall be supplied.

LiningAs standard, Pipe spools shall be lined with PTFE, if requested other materials are available according to Engiplas manual. As standard, Fittings shall be lined with PTFE or PFA, if requested other materials are available according to Engiplas manual.

PTFEreworked resin capable of meeting the requirements of this specification.When tested in accordance with ASTM D638, the minimum tensile strength shall be 47 N/mm2 and the minimum elongation shall be 300 %.

PVDFPVDF lining shall be made from resin conforming to the requirements of materials as defined in ASTM specification D3222.The lining shall be made from virgin resin meeting the requirements of ASTM D638 When tested in accordance with ASTM D638, the minimum tensile strength shall be 40 N/mm2 and the minimum elongation shall be 200 %.

PPPP lining shall be made from resin conforming to the requirements of materials as defined in ASTM specification D4101.The lining shall be made from virgin resin meeting the requirements of ASTM D4101.When tested in accordance with ASTM D638, the minimum tensile strength shall be 25 N/mm2 and the minimum elongation shall be 300 %.

XLPEXLPE lining shall be made from resin conforming to the requirements of materials as defined in ASTM specification D1998-04. The lining shall be made from virgin resin meeting the requirements of ASTM D1998-04.When tested in accordance with ASTM D638, the minimum tensile strength shall be 23 N/mm2 and the minimum elongation shall be 300 %.

PEPE lining shall be made from resin conforming to the requirements of materials as defined in ASTM specification D1998-04. The lining shall be made from virgin resin meeting the requirements of ASTM D1998-04.When tested in accordance with ISO 527, the mini-mum tensile strength shall be 9 N/mm2.

PTFE lining shall be made from resin conforming to the requirements of ASTM D1457 types I, III, IV or VI, ASTM D4894 or ASTM D4895.The PTFE resin shall be virgin material. Reworked material is not permitted.When tested in accordance with the specification, the minimum tensile strength and elongation at break shall be:20.7 N/mm2 and 250 % for extruded material.17.2 N/mm2 and 250 % for isostatically moulded material.The SG of the PTFE material shall be in the range 2.15 to 2.19 when tested to ASTM D792 or D1505.

PFAPFA lining shall be made from resin conforming to the requirements of Type II materials as defined in ASTM specification D3307.The lining shall be made from virgin resin meeting the requirements of ASTM D3307 or clean reworked resin capable of meeting the requirements of this specification.When tested in accordance with ASTM D3307, the minimum tensile strength shall be 26.2 N/mm2 and the minimum elongation shall be 300 %.

FEPFEP lining shall be made from resin conforming to the requirements of materials as defined in ASTM specification D2116-02.The lining shall be made from virgin resin meet-ing the requirements of ASTM D2116-02 or clean reworked resin capable of meeting the requirements of this specification.When tested in accordance with ASTM D638, the minimum tensile strength shall be 20 N/mm2 and the minimum elongation shall be 300 %.

ETFEETFE lining shall be made from resin conforming to the requirements of materials as defined in ASTM specification D3159.The lining shall be made from virgin resin meeting the requirements of ASTM D3159 or clean

5


accordance with DIN 2848/2874.

Threaded bolt holes are not permitted except for

reducing flanges. Threaded bolt holes in reducing

flanges shall be UNC unless specified otherwise.

Welding collars for use with loose backing flanges

shall be slip on welding, socket welding or welding

neck type.

The diameters and thicknesses shall be as given in

dimension table 1.

Spacers shall be either solid PTFE or lined steel.

The outside diameters shall be as given in

dimension table 1.

The outside diameter of instrument tee bodies

shall be the same as lined spacers.

The lining on the faces of flanges shall have

uniform thickness and shall not be less than 80

per cent of the actual wall thickness.


PipeFlanges and W.N. collars shall be cast ironed to

DIN 1092-2 or shall be made from steel plates

to DIN 17100 grades RSF 37-2 according to DIN

1029.

FittingsFabricated fittings shall be manufactured from

the materials stated above.

Cast fittings shall be manufactured from the

following:

Ductile Iron – ASTM A395, BS2789 grade 420/12

or DIN 1693 Part 1 GGG40.

Cast steel – ASTM A216 WCB or equivalent

Fabrication standardsQualification of welding procedures, welders and

welding operators shall be in accordance with

section IX of the ASME Boiler and Pressure Vessel

Code or BS 4870 : Part 1 and BS 4871 : Part 1, DIN

8560 or EN-288-3.

All welds shall be visually examined and assessed

in accordance with ISO EN 15614, EN ISO 9606

and EN 1418.

ALL weld's shall be visually examined and

assessed in accordance with EN 13480.

Dimensional standardsFlange ductile iron fittings shall be in accordance

with ISO 2531 and DIN EN 545.

Flanged Ductile Iron fittings shall be in

accordance with ASME B16.42 class PN10, PN16

or other.

Fabricated fittings shall be in accordance with

the dimensions shown in Engiplas manual.

Pipe diameters and wall thicknesses shall be in

accordance DIN 2632/2576 OR EQUAL

Flanges for pipe and fittingsFlanges for pipe and fittings shall be in

accordance with DIN 1029 Class 150.

Flanges shall be slip-on, socket or weld-neck

types. Loose backing flanges shall be suitable for

use with welding collars.

All relevant dimensions and tolerances shall be

in accordance with DIN 1029 class PN10, PN16 or

other.



KSCBIGDDTNom

mmmmmmi X nMmmmMmSize

652.77101614X4459521,315

752.87121814X45810526,720

853.38121814X46811533,425

1003.56121818X47814042,232

1103.68121818X48815048,340

1253.91141818X410216560,350

1455.16141818X812218573,065

1605.49162018X813820088,980

1806.02162018X8158220114,3100

2106.55182018X8188250141,3125

2407.11182222X8212285168,3150

2958.18202622X12268340219,1200

3559.27222826X12320405273250

4109.53222826X12378460323,8300

4709.53223026X16438520355,6350

5259.53263230X16490580406,4400

5859.53264030X24550640457,2450

6509.53264433X20610715508500

7709.53305436X20725840609,6600


n Bolt holes. Bolt holes shall be off centers

and equally spaced about the centerline to an

accuracy of 1.5mm.

n Linear and angular dimensions. Linear

dimensions +/- 1.5mm Angular dimensions +/-

0.25 Degrees.

VentingVent holes shall be provided in all pipe spools and

shall be 3mm diameter.

Pipe lengths up to 500mm shall have one vent

PTFE vented plug. Fittings with injection bosses

shall be fitted at mid point.

Lengths between 500mm and 6000mm shall have

two vents, one at each end within approx 100mm

of the back of the flange.

The vents shall be on the same longitudinal centre

line which shall be opposite the flange stops

where fitted.


Construction

Pipe spoolsEach flanged length shall have two loosed flanges

or one fixed welded flange at one end and a

welding collar with a loose backing flange at the

other.

Where vent bosses are not provided, a stop shall

be provided on all spool lengths greater than

500mm. The stop is to prevent travel of the loose

flange and shall be located within 150mm from

the back of the collar. The stop shall be oriented

so that it is on the centerline approximately

opposite the vent hole.

Flanged fittings.

Completed fittings shall be one piece

construction. Flanges shall be fixed. The

preparation and assembly of welded branch

connections shall be in accordance with BS 806,

BS 2971, EN 13445, PD500

Attachment of flanges and collars.The attachment of flanges and collars shall be by

both back fillet and bore welds.

The transition form the bore to the flanged

face shall incorporate a radius to prevent undue

stressing of the liner.

Fabrication dimensional tolerances.Tolerances for flanges and fittings shall be in

accordance with the relevant standards.

Fabricated pipework shall be in accordance with

the following tolerances:

n Straightness of pipes. No deviation of

straightness greater than 1/500th of the length.

n Squareness of flanges. Square to the axis of

the pipe or fitting to within 0.05mm per 25mm

measured

across the face.

n Flange faces. Faces shall not be uneven

or concave. Convexity from the bore to the

periphery shall

not exceed 0.4mm per 25mm width of face.

n Flange drilling. PCD +/- 1.5mm. c/c of bolt holes

+/- 0.8mm. Eccentricity between PCD and RFD up

to 2-1/2” +/- 0.8mm, 3” and greater +/- 1.5mm.



Production testing

PTFE tube tests

For each sinter batch, at least one representative

sample of each nominal size of tube shall be se-

lected and tests carried out to determine mechan-

ical properties and SG.

Where samples do not comply with the require-

ments stated in this specification, each tube in the

batch shall have samples cut from each end and

the samples shall be subjected to the same tests.

Any sample not meeting the specified require-

ments shall

lead to rejection of the whole tube.

The outside diameter and wall thickness shall be

measured. Tubes not complying with the standard

shall be rejected.

Cracks found at the ends of tubes shall be cut off

along with at least 50mm of adjacent material.

When specified, each liner tube shall be subject-

ed to a flattening test. Each length of tube shall

be passed through a pre-set gap between two

powered rollers. The gap shall be set at 50 % of

the outside diameter of the tube. The tube shall

then be

rotated about the longitudinal axis through 90

degrees and then passed back through the roller

gap. The tube shall be examined for cracks and

any cracks along with at least 50mm of adjacent

material shall be cut out.

PFA Lining tests.

Regular production checks shall be carried out to

determine mechanical properties and Melt flow

rate of the material. Where the results do not

comply with the requirements of this specifica-

tion, the linings shall be rejected.

9

Internal finish of housings

The interior surfaces and flange faces shall be

clean and free of sharp corners, burrs, rust, scale,

weld spatter or other protrusions that could ad-

versely affect the lining.

LiningThe method of lining and the fit of the lining shall

ensure that the lining is capable of withstanding

the temperature, pressure and vacuum ratings of

the system.

All interference fit linings in straight pipes shall be

normalized prior to flaring.

Completed linings shall show no evidence of

pinholes, porosity, cracks or bad workmanship.

Sealing surfaces shall be free of surface defects

that could impair sealing effectiveness. Scratches,

dents, nicks or tool marks on the sealing face shall

not be deeper than 0.15mm. Any of these defect

types less than 0.15mm but extending across the

face shall cause the product to be rejected.

Blind flanges shall have linings firmly attached.


PerformanceAll lined pipe and fittings shall be capable of

meeting the temperature, pressure, and vacuum

ratings stated in Engiplas Lined pipes and fittings

manual

Service limitations.

For positive and negative pressure limitations

versus temperature, see tables 2 and 3.

Service temperature limits, subject to

compatibility with the fluid being handled are;

n PTFE & PFA - minus 60° to +200°C

n FEP - minus 40° to +170°C

n ETFE - minus 20° to +145°C

n PVDF - minus 20° to +115°C

n XLPE - minus 20° to +85°C

n PE & PP - minus 20° to +65°C

When Lined tube and fittings are exposed to

very low temperatures (less than minus 20°C)

consideration must be given as to the suitability

of the material used for the housings. See section

5 below for further information

Chemical resistance.PTFE ,PFA and FEP can be regarded for all

intents and purposes as being totally resistant to

all chemical solutions except for;

molten alkali metals and their solutions

Very strong fluorinating agents such as elemental

fluorine and chlorine trifluoride.

The question of vapor permeation of PTFE can

be important with some chemicals under certain

operating conditions and this phenomenon

should be considered when selecting the lining

material.

For further information on permeation, as well

as on the chemical resistance of other lining

materials, please contact our technical services

department.

Hydrostatic pressure testHydrostatic pressure test is carried out at 16 Bar

g water or air. Any evidence of leakage shall be

cause for rejection.

Electrostatic testElectrostatic testing shall be carried out at a

minimum voltage of 20,000 V. The full surface of

every lining shall be tested. Any pinholes shall be

cause for rejection.

Final examinationEach item shall be examined visually. Following

satisfactory completion, the outside edge of

the flange shall be stamped with a letter “I” to

indicate compliance.

External finishThe outside surface of all pipe and fittings shall be

finished as follows.

Shot blast SA 2-1/2 and coat with one coat zinc

phosphate, epoxy or zinc silicate primer. After

painting, bolt holes and vents which become

blocked shall be cleared.

Marking and identificationThe following information shall be marked

permanently on each pipe and fitting either by

casting into the body or by hard stamping the

flange edge in letters at least 6mm high:

n Manufacturer's sign

n Lining material

In the case of pipe spools, the length shall be

indelibly marked on the pipe body.

PackagingAll flanges shall be fitted with protective covers.

These covers shall only be removed just prior to

installation.

Straight pipe spools shall be fitted with water

resistant medium density fiberboard blanks using

a minimum of 4 x M6 bolts.

Fittings shall be fitted with medium density

fiberboard blanks as above or alternatively, snap

on proprietary plastic blanks may be used.




PTFE, PFA and FEP linings are normally non-pigmented, whereas ETFE, PVDF, XLPE and PP may be

pigmented, either for material identification or to facilitate a particular production process.

Anti static PTFE and PFA are modified versions of the specifications mentioned above, with volume

sensitivities less than 106 ohm-cm, and are black in color.

11

FLANGE RATING & BODY MATERIAL

PERMISSIBLE OPERATING PRESSURE (BARG) AT TEMP

PN 120 200 250 300 350 400

GG25/GG40.3 10 10 9 7 NA NA NA

GG25/GG40.4 16 16 13 11 10 9 NA

GG25/GG40.5 25 25 20 18 16 14 NA

GG25/GG40.6 40 40 32 28 24 21 NA

ST35.8/S355J2 10 10 8 7.5 5 2 NA

ST35.8/S355J3 16 16 14 14 11 10 8

ST35.8/S355J4 25 25 22 20 17 16 13

ST35.8/S355J5 40 40 35 32 28 24 21

PRESSURE/TEMPERATURE RATING ACC. TO DIN 2401


Please note that sudden changes in pressure (positive and negative), drops frequencies and thermal changes are an influence on the Vacuum resistance of the liner; hence thicker or bonded liner should be considered.

TABLE 3 Vacuum / temperature rating

Liner Temp Diameter

25 40 50 80 100 150 200 250 300 350 400

PTFE HD

20° C Full Full Full Full Full Full Full Full Full Full Full

50° C Full Full Full Full Full Full Full Full

100° C Full Full Full Full Full Full

150° C Full Full Full Full Full

200° C Full Full Full Full

PTFE SHD






PFA HD

20° C Full Full Full Full Full Full Full Full Full

50° C Full Full Full Full Full Full Full Full Full




PFA Roto






FEP

20° C Full Full Full




ETFE Roto





PVDF HD




PVDF Roto




XLPE Roto


50° C Full Full Full Full Full Full Full


PP HD



80° C Full Full Full Full Full Full Full




Installation and maintenance instructions for lined pipes & fittings

n Lined products must not be welded, brazed or

torch cut since this will damage the lining.

n The material should also be handled with due

care and attention, avoiding all mechanical

shocks.

n All flanges are covered to protect them from

damage during shipment, storage and handling

on site. Should covers be removed for

inspection purposes prior to installation,

they should be replaced immediately after the

inspection of each item is completed.

n Under normal conditions, covers should only

be removed immediately prior to installation.

As gaskets are often not required (see below),

utmost attention should be made to avoid

scratching or otherwise damaging the lining on

flange faces.

When jointing PTFE/PFA lined pipe and / or

fittings together it is generally unnecessary to use

gaskets between the sealing faces. On the other

hand, when connecting to other materials (steel,

thermoplastics, glass fiber reinforced plastic etc)

gaskets are mandatory. Gaskets are also required,

on both sides, when solid spacers are used.

Gaskets may also be used where flange faces are

not absolutely parallel or where a gasket will act as

a very thin spacer. When pipe work is dismantled

and then re-assembled it may be necessary to

install gaskets prior to re-assembly.

System design and supports.

Due to the nature of the dual system of a metallic

structure and a thermoplastic inner liner, the

potential risk of leakage is situated at flange

assemblies, especially if the system is installed

without gaskets. The risk of leakage due to

difficulties in

assembly without gaskets is covered in the

following section.

Flanges may also leak because of high stress levels

imposed on flanges due either to poor installation,

lack of supports or non containment of forces and

movements due to thermal expansion.

Whilst it may not be necessary to run a stress

analysis on every system, the designer should

make every effort to avoid undue stress and

movement due to thermal expansion, either by

incorporating directional changes or expansion

bellows.

Stress analysis of systems working at high

temperature is recommended.

Pipe systems should be adequately supported

in order to avoid excessive deflection of flanged

joints, and supports should be installed preferably

close to flanges.

The requirement for adequate support is critical in

areas of high levels of concentration of valves and

fittings.

Butterfly valves are usually designed for straight

metallic or thermoplastic systems, with the

diameter of the valve being defined as a function

of the inner diameter of the pipe system in

question. The inner diameter of lined steel pipe is

considerably

smaller than the actual steel pipe, and inner

diameters of thermoplastic pipes tend to be

considerably smaller due to their heavy wall

thickness. For these reasons some interference

between the inner liner of a lined pipe and the

valve vane may be experienced.

The designer should consider this possibility early

in the selection process for pipe systems and

valves, and if required, incorporate adequate

conical spacers between the flanges of plastic

lined pipe or fittings and the valve.

13


If leakage persists, the sealing faces of both

components should be inspected for

groves or chips. Groves or nicks not deeper than

approximately 15% of the flare thickness can be

removed with a fine grade abrasive paper.

Note also that for bolting up joints with a gasket,

or when bolting up to vessels or non-lined in

line equipment, the operator should respect the

torque rating specified for the gasket or for the

other equipment or material, as this will generally

be significantly lower than the rating required for

lined pipe.

Installation instructions specific to pipe systems without gaskets.

All bolts should be tightened using a torque

wrench, gradually tightening opposite bolts

("crisscross") in order to ensure uniform stress,

increasing torque by approximately 20% of the

required torque in 5 sequential operations, until

80 % of the final bolt torque has been achieved.

For tightening to the final torque values, tighten

bolts sequently clockwise

once around the flange. This will help ensure that

the bolts are evenly stressed.

All joints should be re-torqued after an initial

period of at least 24 hours and/or after an initial

thermal cycle which has taken the system to the

defined service temperature.

The following torque ratings are established for

3 different lining materials for DIN. PN10 system

and PN16

Using grade 5.5 bolts and nuts

Please contact our technical services for torque

ratings to be applied for higher pressure ratings.

When joining PVDF or PP lined pipe systems

Engiplas recommend that gaskets should be used,

although with correct installation it is possible to

obtain perfect sealing without them.

Torque ratings to achieve sealing of PVDF and

PP lined systems without the use of gaskets

are relatively high (see below), and lined flange

faces may be deformed to the extent that

should pipework be dismantled for servicing, the

deformation may inhibit subsequent sealing when

the pipework is re-assembled.

A gasket may be used at this stage in order

to obtain sealing, but in the case that several

contiguous fittings have been dismantled, the

subsequent introduction of gaskets may cause

overall dimensional problems. The operator

should also pay attention to modify torque ratings

for the assembly of joints subsequently using a

gasket.

Replacement of existing gaskets on an installation

which has used gaskets as from the original

assembly is, in many cases where PVDF or PP

is concerned, a more economic and practical

solution.

As mentioned above, relatively high torque values

are required to obtain sealing without gaskets, but

excessive torque can deform the flange face to

the extent that a gasket will be required. To avoid

this situation as much as possible, the following

torque ratings are recommended for jointing

lined pipe and fittings for operations at maximum

operating temperatures.

Note that for pipe systems working at ambient

temperature these torque ratings may be

increased by 50%, in increments of 10%, should

any initial leakage occur.

If a flanged connection assembled without a

gasket starts to leak even though all the bolts

have been tightened to the maximum torque

rating, DO NOT CONTINUE TO TIGHTEN THEM ANY

MORE. Instead, loosen slightly the bolts opposite

the leak, and then tighten up the bolts in the area

of the leakage.




Please note that all threads should be clean and lightly lubricated, and that the use of standard washers under both bolt head and nut is strongly recommended.

In order to avoid causing damage to the sealing faces, flanges on pipes and fittings working at tempera-tures above 40°C should only be dismantled once the temperature of the system has been reduced to this temperature level.

All PTFE/PFA lined products have small vent holes in the steel housing. It is important that these holes are not blocked by insulation or plugged by paint, as this may cause the lining to collapse.

TABLE 4 Ratings for PN10 + PN16 range

15

Nominal

N° and diameter of bolts

PTFE, PFA, FEP ETFE , PVDF XLPE , PP

Bore Bolt Torque Bolt Torque Bolt Torque

Ft/ Lb N/m Ft/ Lb N/m Ft/ Lb N/m

DN15-DN20 4 x M12 18 25 26 35 24 33

DN25-DN32 4 x M16 26 35 36 49 34 46

DN40 4 x M16 26 35 36 49 34 46

DN50 4 x M16 44 60 62 84 58 78

DN63 4 x M16 48 65 67 91 62 85

DN80 8 x M16 48 65 67 91 62 85

DN100 8 x M16 52 70 72 98 67 91

DN125 8 x M16 70 95 98 133 91 124

DN150 8 x M20 96 130 134 182 125 169

DN200 8 x M20 118 160 165 224 153 208

DN250 12 x M20 100 135 139 189 129 176

DN300 12 x M20 133 180 186 252 173 234

DN350 16 x M20 173 235 243 329 225 306

DN400 16 x M24 195 265 274 371 254 345

DN450 20 x M24 199 270 279 378 259 351

DN500 20 x M24 199 270 279 378 259 351

DN600 20 x M27 243 330 341 462 316 429

ENGIPLAS | ENGINEERING PLASTICS w w w . e n g i p l a s . c o m16

PTFE-Lined Straight

1.1 PFA ASTM D3307

1.2 ETFE ASTM D3159

1.3 PVDF ASTM D3222

1.4 PP ASTM D4101

1.5 XLPE ASTM D1998-04

1.6 PE ASTM D1998-04

2 APL 5 L Gr.B

3 EN DIN, PN10

4 EN DIN, PN10

5 St 37.0 - DIN 17100

Materials:

PTFE LINING WEIGHT

NB L min SD L max HD L max SHD L max LINED PIPE 2 FLANGES

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%

mm mm mm mm mm mm mm KG/M KG

15 150 1,5 6,000 2.5 6,000 x x 1.2 2.0

20 150 1,5 6,000 3.0 6,000 x x 1.6 2.0

25 150 1,6 6,000 3.0 6,000 4 6,000 3.0 2.3

32 150 1,7 6,000 3.0 6,000 4.0 6,000 4.0 3.0

40 150 1,7 6,000 3.0 6,000 4.5 6,000 4.5 3.3

50 150 1,8 6,000 3.0 6,000 4.5 6,000 5.8 5.3

65 200 2,2 6,000 3.0 6,000 4.5 6,000 7.0 7.3

80 200 2,5 6,000 3.5 6,000 6.0 6,000 10.0 8.4

100 200 3,2 6,000 4.5 6,000 6.5 1,500 14.0 10.0

125 200 3,4 6,000 4.5 6,000 6.5 1,500 17.0 13.0

150 300 4.0 6,000 5.0 6,000 7.5 1,500 23.0 17.0

200 150 5.0 6,000 6.2 3,500 10.0 1,500 39.0 23.0

250 150 4,0 w 3,500 6.8 3,500 11.0 1,000 54.0 31.0

300 180 4,0 w 3,500 8.0 3,500 12.0 1,000 80.0 39.0

350 180 4,0 w 3,500 9.0 3,500 12.0 1,000 85.0 52.0

400 200 4,0 w 3,500 10.0 1,000 12.0 1,000 102.0 67.0

450 200 4,0 w 3,500 10.0 1,000 12.0 1,000 140.0 85.0

500 250 4,0 w 3,500 10.0 1,000 12.0 1,000 165.0 90.0

600 250 4,0 w 3,500 10.0 1,000 12.0 1,000 220.0 116.0


DIN 1029 class PN10, PN16

DN

Lining materials

L min PFA ETFE PVDF PP XLPE PE L max PIPE 2 FLANGES

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%

mm mm mm mm mm mm mm mm Kg/m Kg

15

20

25

32

42 100 3.0 3.0 3.0 3.0 3.0 3.0 1,000 4.8 3.3

50 100 3.0 3.0 3.0 3.0 3.0 3.0 1,000 6.3 5.3

65 110 3.0 3.0 3.0 3.0 3.0 3.0 1,200 10.0 7.3

80 110 4.5 4.5 4.5 4.5 4.5 4.5 2,000 13.0 8.4

100 120 4.5 4.5 4.5 4.5 4.5 4.5 2,250 19.0 13.0

125 120 4.5 4.5 4.5 4.5 4.5 4.5 2,250 24.5 15.6

150 130 6.0 6.0 6.0 6.0 6.0 6.0 2,250 32.0 19.5

200 150 6.0 6.0 6.0 6.0 6.0 6.0 2,250 48.0 30.0

250 150 6.0 6.0 6.0 6.0 6.0 6.0 2,250 69.0 43.0

300 180 8.0 8.0 8.0 8.0 8.0 8.0 2,250 87.0 63.0

350 180 8.0 8.0 8.0 8.0 8.0 8.0 2,250 95.0 89.0

400 200 8.0 8.0 8.0 8.0 8.0 8.0 2,250 108.0 97.0

450 200 8.0 8.0 8.0 8.0 8.0 8.0 2,250 123.0 128.0

500 250 8.0 8.0 8.0 8.0 8.0 8.0 2,250 137.0 163.0

600 250 8.0 8.0 8.0 8.0 8.0 8.0 2,250 167.0 215.0

1.1 PFA ASTM D3307

1.2 ETFE ASTM D3159

1.3 PVDF ASTM D3222

1.4 PP ASTM D4101


1.6 PE ASTM D1998-04

2 APL 5 L Gr.B

3 EN DIN, PN10

4 EN DIN, PN10

5 St 37.0 - DIN 17100

Standard Version: one fixed flange one loose (lap joint) Part Number: PLPxxx-xxxx - Where XXX are Dia – Length (in mm)Available on request: • Two fixed or two loosed flanges • EN DIN 1092' PN40 • Stainless steel body and flanges 304/316

Materials:

w w w . e n g i p l a s . c o m17

RL lined pipes


1.1 PFA ASTM D3307

1.2 FEP ASTM D2116-02

1.3 PVDF ASTM D3222

1.4 PP ASTM D4101

1.5 PE ASTM D1998-04

2 APL 5 L Gr.B

3 EN DIN, PN10

4 EN DIN, PN10

5 St 37.0 - DIN 17100


DN

Lining materials WEIGHT

L min PFA FEP PVDF PP PE L max PIPE 2 FLANGES

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%

mm mm mm mm mm mm mm Kg/m Kg

15 x 1.5 1.5 1.5 - - 4,500

20 x 1.9 1.9 1.9 3.0 3.0 4,500

25 x 1.9 1.9 1.9 3.0 3.0 4,500

32 x 2.4 2.4 2.4 3.0 3.0 4,500

42 100 2.4 2.4 2.4 3.0 3.0 4,500 4.8 3.3

50 100 3.0 3.0 3.0 3.0 3.0 4,500 6.3 5.3

65 110 3.0 3.0 3.0 3.0 3.0 4,500 10.0 7.3

80 110 3.6 3.6 3.6 4.0 4.0 4,500 13.0 8.4

100 120 5.3 5.3 5.3 5.0 5.0 4,500 19.0 13.0

125 120 3.9 3.9 3.9 5.0 5.0 4,500 24.5 15.6

150 130 4.4 4.4 4.4 5.0 5.0 4,500 32.0 19.5

200 150 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 48.0 30.0

250 150 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 69.0 43.0

300 180 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 87.0 63.0

350 180 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 95.0 89.0

400 200 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 108.0 97.0

450 200 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 123.0 128.0

500 250 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 137.0 163.0

600 250 3,0 w 3,0 w 3,0 w 4,0 w 4,0 w 3,000 167.0 215.0

Standard Version: one fixed flange one loose (lap joint) Part Number: PLPxxx-xxxx - Where XXX are Dia – Length (in mm)Available on request: • Two fixed or two loosed flanges • EN DIN 1092' PN40 • Stainless steel body and flanges 304/316


Materials:

18

SL lined pipes


Jacket Lined Pipe

LINING MATERIALS

DN L min L max B L1 PTFE PFA ETFE PVDF Part. No

Jacket OD s ± 10% s ± 10% s ± 10% s ± 10%

Inch mm mm Inch mm mm mm mm mm

25 250 6000 2 40 3.0 3.5 3.0 3.0 LSP-15025

42 250 6000 2 1/2 40 3.0 4.0 3.0 3.0 LSP-15038

50 250 6000 3 40 3.0 4.0 3.5 3.5 LSP-15050

80 300 6000 5 50 3.5 5.0 4.0 4.0 LSP-15080

100 300 6000 6 50 4.5 5.0 4.5 4.5 LSP-150100

150 300 6000 8 50 5.0 5.0 5.0 5.0 LSP-150150

200 300 6000 10 50 6.5 5.0 5.0 5.0 LSP-150200

250 300 3500 12 50 6.5 5.0 5.0 5.0 LSP-150250

1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31591.5 PVDF ASTM D3222

Standard Version: One fixed flange one loose (lap joint) Available on request: • Loosed flanges • EN DIN 1092' PN40 • Stainless steel body and flanges 304/316


Materials:

2 St 37.0 - DIN 16292.1 APL 5 L Gr.B3 EN DIN, PN10 4 EN DIN, PN105 St 37.0 - DIN 17100 6 St 37.0 - DIN 16296.1 APL 5 L Gr.B7 St 37.0 - DIN 171008 St 37.0 - DIN 17100

19


Solid And Lined Spacers

Form F5-20 mm

Form G20-60 mm

Form H60-100 mm

DDD

32 1 12 2


DN D Part. NoPTFE PVDF PP

s ± 10% s ± 10% s ± 10%

mm mm mm

15 45 4 4 4 SPC-15012

20 58 4 4 4 SPC-15019

25 68 4 4 4 SPC-15025

32 78 4 4 4 SPC-15032

40 88 4 4 4 SPC-15038

50 102 4 4 4 SPC-15050

65 122 4 4 4 SPC-15062

80 138 4 4 4 SPC-15080

100 158 5 5 5 SPC-150100

125 188 5 5 5 SPC-150125

150 212 5 5 5 SPC-150150

200 268 5 5 5 SPC-150200

250 320 5 5 5 SPC-150250

300 378 5 5 5 SPC-150300

350 438 5 5 5 SPC-150350

400 490 5 5 5 SPC-150400

- - 5 5 5 SPC-150450

500 610 5 5 5 SPC-150500

600 725 5 5 5 SPC-150600

1.1 PTFE Granular white ASTM – D48951.2 PVDF ASTM D32221.3 PP ASTM D41012 St 37.0 - DIN 16292.1 APL 5 L Gr.B3 St 37.0 - DIN 17100

Available on request: • Stainless steel body and flanges 304/316 • Different Lengths (L)


Materials:

20


3

2

13

L

LS

1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31591.5 PVDF ASTM D32221.6 PP ASTM D41011.7 XLPE ASTM D1998-041.8 PE ASTM D1998-042 St 37.0 - DIN 16292.1 A 234 WPB2.2 40GGG / A216 EN DIN PN10 SLIP-ON‏ 3EN DIN PN10 WELD-NECK‏ 3.1


Lined Elbows 90°

Materials:

21

LINING MATERIALS

DN L PTFE PFA ETFE PVDF XLPE PE PP Weight Part. No

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%

mm mm mm mm mm mm mm mm mm Kg

15 80 2.5 X X 3.0 X X X 1.5 DLE90-15013

20 95 3.0 X X 3.0 X X X 2.0 DLE90-15019

25 110 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.1 DLE90-15025

32 130 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.8 DLE90-15032

40 150 3.0 3.0 3.0 3.0 3.0 3.0 3.0 4.2 DLE90-15038

50 120 4.0 3.5 3.5 3.5 3.5 3.5 3.5 5.1 DLE90-15050

65 140 4.0 3.5 3.5 3.5 3.5 3.5 3.5 6.8 DLE90-15063

80 165 4.0 4.0 4.0 4.0 4.0 4.0 4.0 8.2 DLE90-15080

100 205 4.5 4.0 4.0 4.0 4.0 4.0 4.0 18.0 DLE90-150100

125 245 5.5 4.0 4.0 4.0 4.0 4.0 4.0 22.0 DLE90-150125

150 285 6.5 6.0 6.0 6.0 6.0 6.0 6.0 34.0 DLE90-150150

200 365 7.0 6.0 6.0 6.0 6.0 6.0 6.0 45.0 DLE90-150200

250 450 8.0 6.0 6.0 6.0 6.0 6.0 6.0 69.0 DLE90-150250

300 525 8.0 7.0 7.0 7.0 7.0 7.0 7.0 87.0 DLE90-150300

350 600 X 7.0 7.0 7.0 7.0 7.0 7.0 125.0 DLE90-150350

400 680 X 7.0 7.0 7.0 7.0 7.0 7.0 170.0 DLE90-150400

450 765 X 7.0 7.0 7.0 7.0 7.0 7.0 225.0 DLE90-150450

500 830 X 7.0 7.0 7.0 7.0 7.0 7.0 275.0 DLE90-150500

600 985 X 7.0 7.0 7.0 7.0 7.0 7.0 650.0 DLE90-150600

o.r. - On request


Lined Elbow 45°

1

3

2

3

L

L

S

1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31591.5 PVDF ASTM D32221.6 PP ASTM D41011.7 XLPE ASTM D1998-041.8 PE ASTM D1998-042 St 37.0 - DIN 16292.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

Standard Version: Two fixed flanges Available on request: • One or Two loosed flanges • EN DIN1092, PN40 • Stainless steel body and flanges 304/316 • Different Lengths (L)


Materials:

22

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


15 45 2.5 X X 3.0 X X X 1.8 DLE45-15013

20 45 3.0 X X 3.0 X X X 2.0 DLE45-15019

25 70 3.0 3.0 3.0 3.0 3.0 3.0 3.0 6 DLE45-15025

32 70 3.0 3.0 3.0 3.0 3.0 3.0 3.0 6 DLE45-15038

40 90 4.0 3.5 3.5 3.5 3.5 3.5 3.5 10 DLE45-15050

50 90 4.0 3.5 3.5 3.5 3.5 3.5 3.5 15 DLE45-15063

80 100 4.0 4.0 4.0 4.0 4.0 4.0 4.0 15.0 DLE45-15080

100 115 4.5 4.0 4.0 4.0 4.0 4.0 4.0 20.0 DLE45-150100

125 130 5.5 4.0 4.0 4.0 4.0 4.0 4.0 26.0 DLE45-150125

150 150 6.5 6.0 6.0 6.0 6.0 6.0 6.0 33.0 DLE45-150150

200 190 7.0 6.0 6.0 6.0 6.0 6.0 6.0 54.0 DLE45-150200

250 225 8.0 6.0 6.0 6.0 6.0 6.0 6.0 75.180 DLE45-150250

300 260 8.0 7.0 7.0 7.0 7.0 7.0 7.0 190 DLE45-150300

350 290 8.0 7.0 7.0 7.0 7.0 7.0 7.0 210 DLE45-150350

400 325 X 7.0 7.0 7.0 7.0 7.0 7.0 245 DLE45-150400

450 350 X 7.0 7.0 7.0 7.0 7.0 7.0 260 DLE45-150450

500 390 X 7.0 7.0 7.0 7.0 7.0 7.0 290 DLE45-150500


2

1

3

3

L

L

S


1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31591.5 PVDF ASTM D32221.6 PP ASTM D4101


Materials:

1.7 XLPE ASTM D1998-041.8 PE ASTM D1998-042 St 37.0 - DIN 16292.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

23

Lined Elbow 60°

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


15 63 2.5 X X 3.0 X X X 1.6 DLE60-15013

20 75 3.0 X X 3.0 X X X 1.8 DLE60-15019

25 84 3.0 3.0 3.0 3.0 3.0 3.0 3.0 2.7 DLE60-15025

40 108 3.0 3.0 3.0 3.0 3.0 3.0 3.0 5.4 DLE60-15038

50 93 4.0 3.5 3.5 3.5 3.5 3.5 3.5 8.1 DLE60-15050

65 104 4.0 3.5 3.5 3.5 3.5 3.5 3.5 11.7 DLE60-15063

80 120 4.0 4.0 4.0 4.0 4.0 4.0 4.0 13.5 DLE60-15080

100 145 4.5 4.0 4.0 4.0 4.0 4.0 4.0 18.0 DLE60-150100

125 166 5.5 4.0 4.0 4.0 4.0 4.0 4.0 20.5 DLE60-150125

150 188 6.5 6.0 6.0 6.0 6.0 6.0 6.0 26.1 DLE60-150150

200 240 7.0 6.0 6.0 6.0 6.0 6.0 6.0 42.7 DLE60-150200

250 286 8.0 6.0 6.0 6.0 6.0 6.0 6.0 59.3 DLE60-150250

300 330 8.0 7.0 7.0 7.0 7.0 7.0 7.0 86.9 DLE60-150300

350 375 X 7.0 7.0 7.0 7.0 7.0 7.0 92.4 DLE60-150350

400 425 X 7.0 7.0 7.0 7.0 7.0 7.0 114.6 DLE60-150400

450 415 X 7.0 7.0 7.0 7.0 7.0 7.0 130.4 DLE60-150450

500 508 X 7.0 7.0 7.0 7.0 7.0 7.0 165.9 DLE60-150500

600 900 X 7.0 7.0 7.0 7.0 7.0 7.0 229.1 DLE60-150600

ENGIPLAS | ENGINEERING PLASTICSENGIPLAS | ENGINEERING PLASTICS

1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31591.5 PVDF ASTM D32221.6 PP ASTM D41011.7 XLPE ASTM D1998-041.8 PE ASTM D1998-04



w w w . e n g i p l a s . c o mw w w . e n g i p l a s . c o m

21

3

3 S

L

L

21

3

3 S

L

L

Materials:Materials:2 St 37.0 - DIN 16292.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

2424

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


15 45 2.5 X X 3.0 X X X 1.6 DLE30-15013

20 45 3.0 X X 3.0 X X X 1.8 DLE30-15019

25 45 3.0 3.0 3.0 3.0 3.0 3.0 3.0 2.7 DLE30-15025

40 57 3.0 3.0 3.0 3.0 3.0 3.0 3.0 5.4 DLE30-15038

50 64 4.0 3.5 3.5 3.5 3.5 3.5 3.5 8.1 DLE30-15050

65 76 4.0 3.5 3.5 3.5 3.5 3.5 3.5 11.7 DLE30-15063

80 76 4.0 4.0 4.0 4.0 4.0 4.0 4.0 13.5 DLE30-15080

100 102 4.5 4.0 4.0 4.0 4.0 4.0 4.0 16.0 DLE30-150100

125 114 5.5 4.0 4.0 4.0 4.0 4.0 4.0 20.8 DLE30-150125

150 127 6.5 6.0 6.0 6.0 6.0 6.0 6.0 26.4 DLE30-150150

200 140 7.0 6.0 6.0 6.0 6.0 6.0 6.0 43.2 DLE30-150200

250 165 8.0 6.0 6.0 6.0 6.0 6.0 6.0 56.3 DLE30-150250

300 190 8.0 7.0 7.0 7.0 7.0 7.0 7.0 82.5 DLE30-150300

350 190 X 7.0 7.0 7.0 7.0 7.0 7.0 87.8 DLE30-150350

400 203 X 7.0 7.0 7.0 7.0 7.0 7.0 108.8 DLE30-150400

450 216 X 7.0 7.0 7.0 7.0 7.0 7.0 123.8 DLE30-150450

500 241 X 7.0 7.0 7.0 7.0 7.0 7.0 157.5 DLE30-150500

600 279 X 7.0 7.0 7.0 7.0 7.0 7.0 217.5 DLE30-150600

Lined Elbow 30°Lined Elbow 30°

ENGIPLAS | ENGINEERING PLASTICSENGIPLAS | ENGINEERING PLASTICS




w w w . e n g i p l a s . c o mw w w . e n g i p l a s . c o m

Materials:Materials:2 A2162.1 A 234 WPB3 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK4 A 105 4.1 SAE 10205 A 234 WPB

25

Jacket Lined Elbow

3

2

13

L

LS

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


15 80 2.5 X X 3.0 X X X 1.5 DLE90-15013

20 95 3.0 X X 3.0 X X X 2.0 DLE90-15019

25 110 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.1 DLE90-15025

40 150 3.0 3.0 3.0 3.0 3.0 3.0 3.0 4.5 DLE90-15038

50 120 4.0 3.5 3.5 3.5 3.5 3.5 3.5 6.5 DLE90-15050

65 140 4.0 3.5 3.5 3.5 3.5 3.5 3.5 9.0 DLE90-15063

80 165 4.0 4.0 4.0 4.0 4.0 4.0 4.0 12.0 DLE90-15080

100 205 4.5 4.0 4.0 4.0 4.0 4.0 4.0 19.0 DLE90-150100

125 245 5.5 4.0 4.0 4.0 4.0 4.0 4.0 22.0 DLE90-150125

150 285 6.5 6.0 6.0 6.0 6.0 6.0 6.0 34.0 DLE90-150150

200 365 7.0 6.0 6.0 6.0 6.0 6.0 6.0 57.0 DLE90-150200

250 450 8.0 6.0 6.0 6.0 6.0 6.0 6.0 82.0 DLE90-150250

300 525 8.0 7.0 7.0 7.0 7.0 7.0 7.0 115.0 DLE90-150300

350 600 X 7.0 7.0 7.0 7.0 7.0 7.0 150.0 DLE90-150350

400 680 X 7.0 7.0 7.0 7.0 7.0 7.0 192.0 DLE90-150400

450 765 X 7.0 7.0 7.0 7.0 7.0 7.0 225.0 DLE90-150450

500 830 X 7.0 7.0 7.0 7.0 7.0 7.0 280.0 DLE90-150500

600 985 X 7.0 7.0 7.0 7.0 7.0 7.0 395.0 DLE90-150600

4

5


1.1 DIN Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 PP ASTM D41011.6 XLPE ASTM D1998-041.7 PE ASTM D1998-04


Materials:2 St 37.0 - DIN 16292.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

26

Lined Equel Tees

LINING MATERIALS


s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10% s ± 10%


15 80 x 3.0 3.0 3.0 X X X 2.3 DLET-15013

20 95 x 3.0 3.0 3.0 X X X 3.2 DLET-15019

25 110 x 3.5 3.0 3.0 3.0 3.0 3.0 5.3 DLET-15025

32 130 x 3.5 3.0 3.0 3.0 3.0 3.0 7.5 DLET-15032

40 150 4.0 4.0 3.0 3.0 3.0 3.0 3.0 9.0 DLET-15038

50 120 4.0 4.0 3.5 3.5 3.5 3.5 3.5 11.0 DLET-15050

65 140 4.5 4.5 3.5 3.5 3.5 3.5 3.5 14.0 DLET-15063

80 165 5.7 5.7 4.0 4.0 4.0 4.0 4.0 19.0 DLET-15080

100 205 5.7 5.7 4.5 4.5 4.5 4.5 4.5 23.0 DLET-150100

125 245 6.0 6.0 4.5 4.5 4.5 4.5 4.5 35.0 DLET-150125

150 285 6.5 6.5 6.0 6.0 6.0 6.0 6.0 45.0 DLET-150150

200 365 7.0 7.0 6.0 6.0 6.0 6.0 6.0 70.0 DLET-150200

250 450 8.0 8.0 6.0 6.0 6.0 6.0 6.0 115.0 DLET-150250

300 525 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 160.0 DLET-150300

350 600 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 310.0 DLET-150350

400 680 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 375.0 DLET-150400

450 680 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 400.0 DLET-150450

500 500 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 420.0 DLET-150500

600 500 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 610.0 DLET-150600


Lined Lateral Tees

1.1 PTFE Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 XLPE ASTM D1998-041.6 PE ASTM D1998-042 St 37.0 - DIN 16292.1 APL 5 L Gr.B3 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

Standard Version: Three fixed flanges Available on request: • Loosed flanges • EN DIN1092, PN40 • Stainless steel body and flanges 304/316 • Different Lengths (L)

L1 L

L

45

1

2

3

2


Materials:

27

LINING MATERIALS

DN L L1 PTFE PFA ETFE PVDF XLPE PE Weight Part. No

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


25 200 90 x 3.5 3.0 3.0 3.0 3.0 5.2 DLLT-15025

40 245 100 4.0 4.0 3.0 3.0 3.0 3.0 7.6 DLLT-15038

50 265 105 4.0 4.0 3.5 3.5 3.5 3.5 12.0 DLLT-15050

80 310 120 5.7 5.7 4.0 4.0 4.0 4.0 24.0 DLLT-15080

100 340 130 5.7 5.7 4.5 4.5 4.5 4.5 43.0 DLLT-150100

150 425 150 x 6.5 6.0 6.0 6.0 6.0 67.0 DLLT-150150

200 445 115 x 7.0 6.0 6.0 6.0 6.0 80.0 DLLT-150200

* Different thickness-

es available


Lined Equal Cross

1.1 PTFE Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 PP ASTM D41011.6 XLPE ASTM D1998-041.7 PE ASTM D1998-042 St 37.0 - DIN 16292.1 A 234 WPB3 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

Standard Version: Four fixed flanges Available on request: • Loosed flanges • EN DIN1092, PN40 • Stainless steel body and flanges 304/316 • Different Lengths (L)


Materials:

28

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%

Inch mm mm mm mm mm mm mm mm Kg

15 80 x 3.0 3.0 3.0 X X X 3.1 DLC-15012

20 95 x 3.0 3.0 3.0 X X X 4.0 DLC-15019

25 110 x 3.5 3.0 3.0 3.0 3.0 3.0 6 DLC-15025

42 150 4.0 4.0 3.0 3.0 3.0 3.0 3.0 10 DLC-15040

50 120 4.0 4.0 3.5 3.5 3.5 3.5 3.5 13 DLC-15050

65 220 4.5 4.5 3.5 3.5 3.5 3.5 3.5 20 DLC-15063

80 165 5.7 5.7 4.0 4.0 4.0 4.0 4.0 40 DLC-15080

100 205 5.7 5.7 4.5 4.5 4.5 4.5 4.5 60 DLC-150100

125 245 6.0 6.0 4.5 4.5 4.5 4.5 4.5 80 DLC-150125

150 285 6.5 6.5 6.0 6.0 6.0 6.0 6.0 100 DLC-150150

200 365 7.0 7.0 6.0 6.0 6.0 6.0 6.0 110 DLC-150200

250 460 6.5 * 8.0 6.0 6.0 6.0 6.0 6.0 200 DLC-150250

300 305 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 169.0 DLC-150300

350 356 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 300.0 DLC-150350

400 381 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 372.0 DLC-150400

450 419 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 427.0 DLC-150450

500 457 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 547.0 DLC-150500

600 500 6.5 * 7.0 7.0 7.0 7.0 7.0 7.0 713.0 DLC-150600


1.1 PTFE Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 PP ASTM D41011.6 XLPE ASTM D1998-041.7 PE ASTM D1998-042 St 37.0 - DIN 1629



Materials:

Lined Reducing Tee

29

LINING MATERIALS

DN 1 DN 2 L PTFE PFA ETFE PVDF XLPE PE PP Weight Part. No

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **

mm mm mm mm mm mm mm mm mm mm Kg

20 1/2" 75 x 3.0 x x x x x 3.0 DLRT-15019-15

251/2"

89 x 3.0x x x x x 3.7 DLRT-15025-15

3/4" x x x x x 3.9 DLRT-15025-19

42

1/2"

102 3.0

x x x x x 5.1 DLRT-15038-12

3/4" x x x x x 5.3 DLRT-15038-19

1" 3.0 5.5 DLRT-15038-25

50

1/2"

114 4.0 / 3

x x x x x 7.5 DLRT-15050-12

3/4" x x x x x 7.7 DLRT-15050-19

1"3.0

7.9 DLRT-15050-25

1.5" 9.4 DLRT-15050-40

2.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-





Materials:

30

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


80

15

140 4.0 / 3

13.8 DLRT-15080-25

42 14.0 DLRT-15080-40

50 15.0 DLRT-15080-50

100

15

165 4.5 / 3

19.0 DLRT-150100-25

42 19.8 DLRT-150100-40

50 21.5 DLRT-150100-50

80 23.5 DLRT-150100-80

150

15

203

6.0 / 3

4.5 / 3

28.2 DLRT-150150-25

42 30.7 DLRT-150150-40

50 32.0 DLRT-150150-50

806.0 / 4

35.2 DLRT-150150-80

100 37.0 DLRT-150150-100

200

15

229

6.0 / 3

6.0 / 3 42.5 DLRT-150200-25

42

6

45.6 DLRT-150200-40

50 47.0 DLRT-150200-50

80

6.0 / 4.5 6.0 / 4

54.0 DLRT-150200-80

100 57.0 DLRT-150200-100

150 63.0 DLRT-150200-150

Lined Reducing Tee

2.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK





Materials:

31

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


10"

15

280

6.5 / 3 6.0 / 3

6.0 / 3

64.6 DLRT-150250-25

42 66.3 DLRT-150250-40

50 68.3 DLRT-150250-50

806.5 / 4 6.0 / 4

75.3 DLRT-150250-80

100 79.3 DLRT-150250-100

1506.5 / 5 6.0 / 4.5 6.0

83.0 DLRT-150250-150

200 94.0 DLRT-150250-200

12"

15

305

6.5 / 3 *

6.0 / 3

127.0 DLRT-150300-25

42 130.0 DLRT-150300-40

50 133.0 DLRT-150300-50

80 6.5 / 4 * 135.0 DLRT-150300-80

100 6.5 / 4.5 *

140.0 DLRT-150300-100

1506.0

143.0 DLRT-150300-150

2006.5 / 6 *

153.0 DLRT-150300-200

250 7.0 160.0 DLRT-150300-250

Lined Reducing Tee






Materials:

32

LINING MATERIALSDN 1 DN 2 L PTFE PFA ETFE PVDF XLPE PE PP Weight Part. No

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **mm mm mm mm mm mm mm mm mm mm Kg

100

15

356

6.5 / 3 *

6.0 / 3

169.0 DLRT-150350-2542 173.0 DLRT-150350-4050 175.0 DLRT-150350-5080 6.5 / 4 * 186.0 DLRT-150350-80

1006.5 / 4.5 *

191.0 DLRT-150350-100

1506.0

204.0 DLRT-150350-150200 6.5 / 6 * 293.0 DLRT-150350-200250

7.0299.0 DLRT-150350-250

300 307.0 DLRT-150350-300

400

25

381

6.5 / 3 *

6.0 / 3

227.0 DLRT-150400-2542 231.0 DLRT-150400-4050 233.0 DLRT-150400-5080 6.5 / 4 * 244.0 DLRT-150400-80

1006.5 / 4.5 *

250.0 DLRT-150400-100

1506.0

263.0 DLRT-150400-150200 6.5 / 6 * 271.0 DLRT-150400-200250

7.0283.0 DLRT-150400-250

300 297.0 DLRT-150400-300350 303.0 DLRT-150400-350

Lined Reducing Tee






Materials:

33

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


450

25

419

6.5 / 3 *

6.0 / 3

303.0 DLRT-150450-25

42 307.0 DLRT-150450-40

50 309.0 DLRT-150450-50

80 6.5 / 4 * 319.0 DLRT-150450-80

100 6.5 / 4.5 *

323.0 DLRT-150450-100

1506.0

338.0 DLRT-150450-150

200

6.5 / 6 *

349.0 DLRT-150450-200

250

7.0

358.0 DLRT-150450-250

300 379.0 DLRT-150450-300

350 405.0 DLRT-150450-350

400 430.0 DLRT-150450-400

Lined Reducing Tee

2.1 A 234 WPB2.2 40GGG / A2163 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-





Materials:

34

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


500

25

457

6.5 / 3 *

6.0 / 3

333.0 DLRT-150500-25

42 335.0 DLRT-150500-40

50 337.0 DLRT-150500-50

80 6.5 / 4 * 340.0 DLRT-150500-80

100 6.5 / 4.5 *

350.0 DLRT-150500-100

1506.0

356.0 DLRT-150500-150

200

6.5 / 6 *

366.0 DLRT-150500-200

250

7.0

377.0 DLRT-150500-250

300 392.0 DLRT-150500-300

350 407.0 DLRT-150500-350

400 425.0 DLRT-150500-400

18" 437.0 DLRT-150500-450

Lined Reducing Tee







Materials:

35

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


600

25

500

6.5 / 3 *

6.0 / 3

363.0 DLRT-150600-25

42 367.0 DLRT-150600-40

50 370.0 DLRT-150600-50

80 6.5 / 4 * 377.0 DLRT-150600-80

100 6.5 / 4.5 *

383.0 DLRT-150600-100

1506.0

396.0 DLRT-150600-150

200

6.5 / 6 *

427.0 DLRT-150600-200

250

7.0

473.0 DLRT-150600-250

300 489.0 DLRT-150600-300

350 507.0 DLRT-150600-350

400 523.0 DLRT-150600-400

450 535.0 DLRT-150600-450

500 557.0 DLRT-150600-500

Lined Reducing Tee


1.1 PTFE Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 PP ASTM D41011.6 PE ASTM D1998-042 St 37.0 - DIN 16292.2 40GGG / A216 3 EN DIN PN10 SLIP-ON 3.1 EN DIN PN10 WELD-NECK

Standard Version: Fixed flanges Available on request: • Loosed flanges • EN DIN1092, PN40 • Stainless steel body and flanges 304/316 • Different Lengths (L)


1

3

2

DN 2

DN 1

L

H

S

Materials:

36

LINING MATERIALS

DN 1 DN 2 L H PTFE PFA ETFE PVDF PE PP Weight Part. No

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **

Inch Inch mm mm mm mm mm mm mm mm Kg

25

15

50 90 x 3.5

2.0 DLIT-15025-12

20 2.0 DLIT-15025-19

25 2.2 DLIT-15025-25

42

15

50110 X 3.5

2.4 DLIT-15040-12

20 2.6 DLIT-15040-19

25 2.8 DLIT-15040-25

42 75 4.4 DLIT-15040-40

50

15

50

115

X

4.0 / 3.5

3.3 DLIT-15050-12

20 3.4 DLIT-15050-19

25 3.0 3.7 DLIT-15050-25

42 753.5

6.3 DLIT-15050-40

50 90 8.0 DLIT-15050-50

80

15

50

135

X

4.0 / 3.5

4.3 DLIT-15080-12

20 4.5 DLIT-15080-19

25 3.0 4.7 DLIT-15080-25

42 754.0

8.5 DLIT-15080-40

50 90 12.5 DLIT-15080-50

Lined Instrument Tees

1

3

2

DN 2

DN 1

L

H

S





Materials:

37

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


100

15

50

150

X

5.0 / 3.5

5.5 DLIT-150100-12

20 5.7 DLIT-150100-19

25 3.0 6.0 DLIT-150100-25

42 75

4.0

9.0 DLIT-150100-40

50 905.0 / 4.0

16.0 DLIT-150100-50

80 150 22.0 DLIT-150100-80

150

15

50

180

X

6.0 / 3.5

7.7 DLIT-150150-12

20 7.9 DLIT-150150-19

25 3.0 8.2 DLIT-150150-25

42 75

4.0

14.7 DLIT-150150-40

50 906.0 / 4.0

21.8 DLIT-150150-50

80 150 30.1 DLIT-150150-80

200

15

50

210

X

6.0 / 3.5

9.9 DLIT-150200-12

20 10.3 DLIT-150200-19

25 3.0 10.5 DLIT-150200-25

42 75

4.0

17.8 DLIT-150200-40

50 906.0 / 4.0

23.3 DLIT-150200-50

80 150 34.0 DLIT-150200-80


1

3

2

DN 2

DN 1

L

H

S


1.1 PTFE Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 PP ASTM D41011.6 PE ASTM D1998-042 St 37.0 - DIN 16293 EN DIN PN10 SLIP-ON2.2 40GGG / A216 3.1 EN DIN PN10 WELD-NECK



Materials:

38

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


250

15

50

240

X

8.0 / 3.5

13.1 DLIT-150250-12

20 13.3 DLIT-150250-19

25 3.0 13.7 DLIT-150250-25

42 75

4.0

23.3 DLIT-150250-40

50 908.0 / 4.0

26.0 DLIT-150250-50

80 150 36.7 DLIT-150250-80

300

15

90

340

X

8.0 / 3.5

41.5 DLIT-150300-12

20 42.2 DLIT-150300-19

25 3.0 43.0 DLIT-150300-25

42 110

4.0

55.5 DLIT-150300-40

50 1208.0 / 4.0

62.0 DLIT-150300-50

80 150 70.0 DLIT-150300-80

350

15

90

375

X

8.0 / 3.5

50.7 DLIT-150350-12

20 52.0 DLIT-150350-19

25 6.5 / 3 * 53.1 DLIT-150350-25

42 110

6.5 / 4 *

66.5 DLIT-150350-40

50 1208.0 / 4.0

73.7 DLIT-150350-50

80 150 82.0 DLIT-150350-80


1

3

2

DN 2

DN 1

L

H

S





Materials:

39

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


400

15

90

390

X

8.0 / 3.5

57.0 DLIT-150400-12

20 58.0 DLIT-150400-19

25 6.5 / 3 * 59.0 DLIT-150400-25

42 110

6.5 / 4 *

74.0 DLIT-150400-40

50 1208.0 / 4.0

83.0 DLIT-150400-50

80 150 93.0 DLIT-150400-80

450

15

90

450

X

8.0 / 3.5

66.0 DLIT-150450-12

20 67.0 DLIT-150450-19

25 6.5 / 3 * 68.5 DLIT-150450-25

42 110

6.5 / 4 *

90.5 DLIT-150450-40

50 1208.0 / 4.0

93.7 DLIT-150450-50

80 150 104.0 DLIT-150450-80

500

15

90

500

X

8.0 / 3.5

69.0 DLIT-150500-12

20 70.8 DLIT-150500-19

25 6.5 / 3 * 72.0 DLIT-150500-25

42 110

6.5 / 4 *

89.7 DLIT-150500-40

50 1208.0 / 4.0

100.0 DLIT-150500-50

80 150 113.0 DLIT-150500-80


1

3

2

DN 2

DN 1

L

H

S





Materials:

40

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% **


600

15

90

510

X

8.0 / 3.5

78.3 DLIT-150600-12

20 78.4 DLIT-150600-19

25 6.5 / 3 * 79.1 DLIT-150600-25

42 110

6.5 / 4 *

94.5 DLIT-150600-40

50 1208.0 / 4.0

107.5 DLIT-150600-50

80 150 120.0 DLIT-150600-80



Lined Concentric Reducer

1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31591.5 PVDF ASTM D32221.6 PP ASTM D41011.7 XLPE ASTM D1998-041.8 PE ASTM D1998-042 St 37.0 - DIN 1629



Materials:

41


LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


20 15 125 2.0 2.0 x x x x x 2.1 DLCR-15019-12

25 15 125 3.0 x x x x x x 2.3 DLCR-15025-12

20 x x x x x x 2.3 DLCR-15025-19

32 20 130 3.0 x x x x x x 2.7 DLCR-15032-19

25 x 3.0 3.0 DLCR-15032-25

40 20 145 3.0 x x x x x x 3.1 DLCR-15038-19

25 3.0 3.3 DLCR-15038-25

50 25 165 4.0 / 3 3.0 4.1 DLCR-15050-25

40 4.8 DLCR-15050-38

65 25 185 4.0 / 3 3.0 5.8 DLCR-15062-25

50 6.9 DLCR-15062-50

80 25 190 4.0 / 3 6.7 DLCR-15080-25

40 6.2 DLCR-15080-38

50 6.9 DLCR-15080-50

100 25 205 4.5 / 3.5 9.9 DLCR-150100-25

40 9.3 DLCR-150100-38

50 9.8 DLCR-150100-50

80 12.4 DLCR-150100-80




Materials:

42



LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


125 25 235 4.5 / 3.5 10.5 DLCR-150125-50

80 12.7 DLCR-150125-80

100 15.0 DLCR-150125-100

150 25 250 4.5 / 3.0 18.9 DLCR-150150-25

50 5.0 / 4.0 19.9 DLCR-150150-50

80 17.4 DLCR-150150-80

100 18.3 DLCR-150150-100

200 100 270 7.0 6.0 22.0 DLCR-150200-100

150 25.3 DLCR-150200-150

250 100 310 7.0 6.0 33.0 DLCR-150250-100

150 37.5 DLCR-150250-150

200 44.7 DLCR-150250-200

300 150 340 7.0 45.9 DLCR-150300-150

200 47.8 DLCR-150300-200

250 52.5 DLCR-150300-250

350 200 465 7.0 69.0 DLCR-150350-200

250 73.5 DLCR-150350-250

300 80.0 DLCR-150350-300




Materials:

43



LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


400 250 495 7.0 98.0 DLCR-150400-250

300 105.0 DLCR-150400-300

350 115.0 DLCR-150400-350

450 300 495 7.0 135.0 DLCR-150450-300

350 148.0 DLCR-150450-350

400 157.0 DLCR-150450-400

500 300 650 7.0 185.0 DLCR-150500-300

350 198.0 DLCR-150500-350

400 210.0 DLCR-150500-400

450 218.0 DLCR-150500-450

600 400 750 7.0 272.0 DLCR-150600-400

450 282.0 DLCR-150600-450

500 291.0 DLCR-150600-500





Materials:

44

Lined Eccentric Reducer

LINING MATERIALS


s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%


42 25 114 3.0 3.0 3.0 DLECR-15038-25

5025

127 4.0 / 3 3.04.0 DLECR-15050-25

42 4.3 DLECR-15050-38

80

25

152 4.0 / 3

6.7 DLECR-15080-25

42 6.2 DLECR-15080-38

50 7.0 DLECR-15080-50

100

42

178 4.5 / 3.5

11.0 DLECR-150100-38

50 11.8 DLECR-150100-50

80 14.8 DLECR-150100-80

150

50

229 5.0 / 4.0

17.0 DLECR-150150-50

80 19.0 DLECR-150150-80

100 21.0 DLECR-150150-100

200100

279 6.0 6.022.0 DLECR-150200-100

150 26.0 DLECR-150200-150






Materials:

45


LINING MATERIALS


s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%


250

100

305 6.0 6.0

33.0 DLECR-150250-100

150 37.5 DLECR-150250-150

200 44.7 DLECR-150250-200

300

150

356 6.0

45.0 DLECR-150300-150

200 47.5 DLECR-150300-200

250 53.0 DLECR-150300-250

350

200

406 6.0

67.5 DLECR-150350-200

250 73.0 DLECR-150350-250

300 80.0 DLECR-150350-300

400

250

457 6.0

98.0 DLECR-150400-250

300 105.0 DLECR-150400-300

350 115.0 DLECR-150400-350

450

300

483 6.0

135.0 DLECR-150450-300

350 148.0 DLECR-150450-350

400 157.0 DLECR-150450-400



1.1 PTFE Granular white ASTM – D48951.2 PFA ASTM D33071.3 ETFE ASTM D31591.4 PVDF ASTM D32221.5 PP ASTM D41011.6 XLPE ASTM D1998-041.7 PE ASTM D1998-042 St 37.0 - DIN 16292.1 A 234 WPB3 EN DIN PN10 SLIP-ON



Materials:

46


LINING MATERIALS


s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%

s ± 10%


500 300 508 6.0 188.0 DLECR-150500-300

350 200.0 DLECR-150500-350

400 210.0 DLECR-150500-400

450 218.0 DLECR-150500-450

600 500 610 6.0 290.0 DLECR-150600-500


Lined Manifold

1.1 PTFE Paste white ASTM – D4895/D4894

1.2 PTFE Granular white ASTM – D4895

1.3 PFA ASTM D3307

1.4 ETFE ASTM D3159

1.5 PVDF ASTM D3222

1.6 PP ASTM D4101


Materials:

LINING MATERIALS

Nozzle DN D d1

Part. NoH T S

max

mm mm mm mm mm

15 35 14 2000 15 4 DSDP-15012

20 43 17 2000 15 5 DSDP-15019

25 108 23 2000 20 8 DSDP-15025

42 127 35 2000 25 10 DSDP-15038

50 152 45 2000 25 12 DSDP-15050

65 178 55 2000 25 12 DSDP-15062

80 190 70 2000 25 15 DSDP-15080

100 229 92 2000 30 15 DSDP-150100

125 254 118 2000 30 15 DSDP-150125

150 280 144 2000 30 15 DSDP-150150

200 343 190 2000 30 15 DSDP-150200

250 406 240 1000 30 15 DSDP-150250

300 428 290 1000 30 15 DSDP-150300

350 534 325 1000 30 15 DSDP-150350

400 596 376 1000 30 15 DSDP-150400

450 635 425 1000 30 15 DSDP-150450

500 600 475 1000 30 15 DSDP-150500

2 ST37 – DIN1629 / A106 / AP152

3 EN DIN PN10 SLIP ON

3.1 EN DIN PN10 WELD NECK

4 ST37. DIN 1629 / A106 / API 5L




1.3 PFA ASTM D3307

1.4 ETFE ASTM D3159

1.5 PVDF ASTM D3222

1.6 PP ASTM D4101


Materials:

Jacketed Tees & Manifold

2 ST37 – DIN1629 / A106 / AP152

3 EN DIN PN10 SLIP ON

3.1 EN DIN PN10 WELD NECK

4 ST37. DIN 1629 / A106 / API 5L


1 PTFE white ASTM – D4894/5

2 ASTM A 105

2.1 St 37.0 - DIN 171002.2 40GGG / A216

Available on request: • EN1092 DIN-< , PN40 • Stainless steel body and flanges 304/316


DN1DN2DN1DN2DN2

TYPE A TYPE B TYPE C

DN1

K1K1 K1

K2 K2 K2

SSS

L L L

1

2

1

2

1

2

Materials:

49

Lined Reducing Flanges

LINING MATERIALS

DN 1 DN 2 L PTFE PFA ETFE PVDF PE PP Form Weight Part. No

s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%

Inch Inch mm mm mm mm mm mm mm Kg

20 15 35 3.0 3.0 C 1.7 DCRF-15019-12

2515

35 3.0 3.0C 2.5 DCRF-15025-12

20 C 2.4 DCRF-15025-19

3220

35 3.0 3.0C 3.8 DCRF-15032-19

25 C 3.5 DCRF-15032-25

40

15

35

3.0 3.0 C 3.9 DCRF-15038-12

203.5 3.0

C 4.0 DCRF-15038-19

25 C 4.1 DCRF-15038-25

50

20

35

3.0

3.0

B 5.0 DCRF-15050-19

253.5

B 4.9 DCRF-15050-25

40 C 5.1 DCRF-15050-38

65

25

35 3.5 3.0

B 5.9 DCRF-15062-25

40 C 5.6 DCRF-15062-38

50 C 5.6 DCRF-15062-50

80

25

35 3.5 3.0

A 6.8 DCRF-15080-25

40 B 6.6 DCRF-15080-38

50 B 6.4 DCRF-15080-50



2 ASTM A 105

2.1 St 37.0 - DIN 171002.2 40GGG / A216



DN1DN2DN1DN2DN2


DN1

K1K1 K1

K2 K2 K2

SSS

L L L

1

2

1

2

1

2

Materials:

50


LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


100 25 45 3.5 3.5 A 12.0 DCRF-150100-25

40 4.0 A 12.0 DCRF-150100-38

50 B 12.0 DCRF-150100-50

80 C 10.0 DCRF-150100-80

125

25

45

3.53.0

A 16.0 DCRF-150125-25

40 4 A 15.0 DCRF-150125-38

50 5 4.0 A 14.0 DCRF-150125-50

80 B 13.0 DRCF-150125-80

100 C 13.0 DCRF-150125-100

150

25

45

3.53.0

A 21.0 DCRF-150150-25

40 4 A 20.0 DCRF-150150-38

50

5 4.0

A 19.0 DCRF-150150-50

80 A 18.0 DCRF-150150-80

100 B 17.0 DCRF-150150-100

200

25

45

3.53.0

A 29.0 DCRF-150200-25

40 4 A 28.5 DCRF-150200-38

50

5 4.0

A 28.0 DCRF-150200-50

80 A 27.0 DCRF-150200-80

100 A 25.0 DCRF-150200-100

150 B 23.0 DCRF-150200-150

DN1DN2DN1DN2DN2


DN1

K1K1 K1

K2 K2 K2

SSS

L L L

1

2

1

2

1

2



2 ASTM A 105

2.1 St 37.0 - DIN 17100 2.2 40GGG / A216



Materials:

51


LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


250

50

45 5.0 4.5

A 28.0 DCRF-150250-50

80 A 24.0 DCRF-150250-80

100 A 22.0 DCRF-150250-100

150 A 19.0 DCRF-150250-150

200 B 16.0 DCRF-150250-200

300

50

50 5.0 4.5

A 44.0 DCRF-150300-50

80 A 38.0 DCRF-150300-80

100 A 36.0 DCRF-150300-100

150 A 31.0 DCRF-150300-150

200 A 28.0 DCRF-150300-200

250 B 24.0 DCRF-150300-250

350

50

50 5.0 4.5

A 56.0 DCRF-150350-50

80 A 50.0 DCRF-150350-80

100 A 47.0 DCRF-150350-100

150 A 42.0 DCRF-150350-150

200 A 38.0 DCRF-150350-200

250 A 35.0 DCRF-150350-250

300 B 33.0 DCRF-150350-300

DN1DN2DN1DN2DN2


DN1

K1K1 K1

K2 K2 K2

SSS

L L L

1

2

1

2

1

2






2 ASTM A 105

2.1 St 37.0 - DIN 171002.2 40GGG / A216

Materials:

52

LINING MATERIALS


s ± 10% s ± 10% s ± 10% s ± 10% s ± 10% s ± 10%


400

80

50 5.0 4.5

A 71.0 DCRF-150400-80

100 A 68.0 DCRF-150400-100

150 A 62.0 DCRF-150400-150

200 A 60.0 DCRF-150400-200

250 A 55.0 DCRF-150400-250

300 A 49.0 DCRF-150400-300

350 B 40.0 DCRF-150400-350

450

100

50 5.0 4.5

A 77.0 DCRF-150450-100

150 A 72.0 DCRF-150450-150

200 A 70.0 DCRF-150450-200

250 A 66.0 DCRF-150450-250

300 A 58.0 DCRF-150450-300

350 A 49.0 DCRF-150450-350

400 B 44.0 DCRF-150450-400

500

100

50 5.0 4.5

A 93.0 DCRF-150500-100

150 A 87.0 DCRF-150500-150

200 A 86.0 DCRF-150500-200

250 A 85.0 DCRF-150500-250

300 A 77.0 DCRF-150500-300

350 A 70.0 DCRF-150500-350

400 A 62.0 DCRF-150500-400

600

150

50 5.0 4.5

A 139.0 DCRF-150600-150

200 A 131.0 DCRF-150600-200

250 A 128.0 DCRF-150600-250

300 A 121.0 DCRF-150600-300

350 A 105.0 DCRF-150600-350

400 A 93.0 DCRF-150600-400

450 A 84.0 DCRF-150600-450

500 B 78.0 DCRF-150600-500

LINING MATERIALS

DN 1 LPTFE Weight Part. No

s ± 10%

mm Kg

15 14 4 0.8 LBF-15012

20 16 4 0.9 LBF-15019

25 17 4 1.2 LBF-15025

32 19 4 1.8 LBF-15032

42 20 4 2.1 LBF-15038

50 22 4 3.0 LBF-15050

65 25 4 4.0 LBF-15062

80 28 4 5.0 LBF-15080

100 28 5 6.0 LBF-150100

125 28 5 9.1 LBF-150125

150 30 5 11.8 LBF-150150

200 33 5 18.0 LBF-150200

250 35 5 26.0 LBF-150250

300 37 5 35.0 LBF-150300

350 40 5 45.0 LBF-150350

400 42 5 60.0 LBF-150400

450 45 5 70.0 LBF-150450

500 48 5 85.0 LBF-150500

600 50 5 150.0 LBF-150600

1

L

S


2 St 37.0 - DIN 171002.1 40GGG / A216

Materials:



w w w . e n g i p l a s . c o m53

Lined Blind Flange



Materials:

LINING MATERIALS

Nozzle DN D C

Part. NoH S

max

mm mm mm mm

42 40 73 1500 3 DNL-15038

50 46 92 1500 3.5 DNL-15050

65 60 115 1500 4 DNL-15062

80 78 127 1500 4 DNL-15080

100 92 158 1500 4 DNL-150100

125 130 170 1500 4 DNL-150125

150 148 210 1500 4 DNL-150150

200 180 265 1500 6 DNL-150200

250 231 320 1500 6 DNL-150250

300 278 370 1500 6 DNL-150300

350 294 412 1000 6 DNL-150350

400 357 470 1000 6 DNL-150400

450 412 520 1000 6 DNL-150450

500 440 585 1000 6 DNL-150500

Nozzel liner

C

H

S

D

1


Dippipe Lined

Materials:

LINING MATERIALS

Nozzle DN DN2 Steel pipeL max L1

Part. NoD d S

mm mm mm mm mm

25

please indicate in your request

33.4 * 3.38 5000 150 40 20 3 DLDP-15025

42 48.26 * 3.88 5000 150 56 33.5 3.5 DLDP-15038

50 60.33 * 3.91 5000 150 69 44.5 4 DLDP-15050

65 73.03 * 5.16 5000 150 81 54.7 4 DLDP-15062

80 88.9 * 5.49 5000 150 97 70 4 DLDP-15080

100 114.3 * 6.02 4000 150 123 94.3 4 DLDP-150100

125 141.3 * 6.55 4000 150 150 120 4 DLDP-150125

150 168.3 * 7.11 4000 150 177 146 4 DLDP-150150

200 219.08 * 8.18 4000 150 227 195 4 DLDP-150200

250 273.05 * 9.27 3000 150 281 246.5 4 DLDP-150250

300 323.95 * 9.53 3000 150 332 297 4 DLDP-150300

350 355.6 * 9.53 3000 150 364 328.5 4 DLDP-150350

400 406.4 * 9.53 3000 150 364 379 4 DLDP-150400

450 457.2 * 9.53 3000 150 466 430 4 DLDP-150450

500 506 * 9.53 3000 150 515 479 4 DLDP-150500



1.3 PFA ASTM D3307

1.4 PVDF ASTM D3222

1.5 PP ASTM D4101

2.0 A105 / ST37

3.0 A106 / API 5L

4.0 A105 / ST37

5.0 A105 / ST37





7.2 PFA ASTM D3307

7.3 PVDF ASTM D3222

7.4 PP ASTM D4101

8.0 ST37 / A106 / API 5L


16.1 PTFE Granular white

ASTM – D4895



7.2 PFA ASTM D3307

7.3 PVDF ASTM D3222

7.4 PP ASTM D4101

8.0 ST37 / A106 / API 5L

9.0 ST37/52

Materials:

LINING MATERIALS

Nozzle DN DN2 Steel pipe L max L1 Part. No

D d S

mm mm mm mm mm

25


33.4 * 4.55 5000 150 40 18 3 DLDP-15025

42 48.26 * 5.08 5000 150 56 31 3.5 DLDP-15038

50 60.33 * 5.54 5000 150 69 41.3 4 DLDP-15050

65 73.03 * 7.01 5000 150 81 51 4 DLDP-15062

80 88.9 * 7.62 5000 150 97 65.6 4 DLDP-15080

100 114.3 * 8.56 4000 150 123 89.2 4 DLDP-150100

125 141.3 * 9.53 4000 150 150 114 4 DLDP-150125

150 168.3 * 10.97 4000 150 177 138 4 DLDP-150150

200 219.08 * 12.7 4000 150 227 185.6 4 DLDP-150200

Dippipe Lined Hd

.1 PTFE Paste white ASTM – D4895/D4894


1.3 PFA ASTM D3307

1.4 PVDF ASTM D3222

1.5 PP ASTM D4101

2.0 A105 / ST37

3.0 A106 / API 5L

4.0 A105 / ST37

5.0 A105 / ST37





1.3 PFA ASTM D3307

1.4 PVDF ASTM D3222

1.5 PP ASTM D4101

2.0 A105 / ST37

3.0 A106 / API 5L

4.0 A105 / ST37



5.2 PFA ASTM D3307

5.3 PVDF ASTM D3222

5.4 PP ASTM D4101

8.0 ST37 / A106 / API 5L

Materials:

Bended dip pipe

C D

S

L1L

1

4

Simple1

A 0

2

3

8

5

Nozzle DN DN2 Steel pipe L max L1 D A S S Part. No

mm mm mm deg mm mm

25 please indi-cate in your

request

33.4 * 3.38 2000 150 40 60 500 3 DLBDP-15025

42 48.26 * 3.88 2000 150 56 60 500 3.5 DLBDP-15038

50 60.33 * 3.91 2000 150 69 60 500 4 DLBDP-15050

65 73.03 * 5.16 800 150 81 60 400 4 DLBDP-15062

80 88.9 * 5.49 800 150 97 60 400 4 DLBDP-15080

100 114.3 * 6.02 800 150 123 60 400 4 DLBDP-150100

125 141.3 * 6.55 800 150 150 60 300 4 DLBDP-150125

150 168.3 * 7.11 800 150 177 60 300 4 DLBDP-150150

200 219.08 * 8.18

800 150 227 60 250 4 DLBDP-150200

250 273.05 * 9.27

800 150 281 60 250 4 DLBDP-150250

300 323.95 * 9.53

800 150 332 60 150 4 DLBDP-150300

350 355.6 * 9.53 800 150 364 60 150 4 DLBDP-150350


Lined Sprager



1.3 PFA ASTM D3307

1.4 PVDF ASTM D3222

1.5 PP ASTM D4101

2.0 A105 / ST37

3.0 A106 / API 5L

4.0 A105 / ST37



5.2 PFA ASTM D3307

5.3 PVDF ASTM D3222

Materials:

LINING MATERIALS

Nozzle DN DN2 Steel pipeL max L1

Part. NoD X X1 d4 S

max min max

mm mm mm mm mm mm mm

25


33.4 * 3.38 3000 150 40 300 15 4 3 DLS-15025

42 48.26 * 3.88 3000 150 56 300 150 4 3.5 DLS-15038

50 60.33 * 3.91 3000 150 69 300 20 6 4 DLS-15050

65 73.03 * 5.16 3000 150 81 300 20 6 4 DLS-15062

80 88.9 * 5.49 3000 150 97 300 20 8 4 DLS-15080

100 114.3 * 6.02 3000 150 123 300 20 8 4 DLS-150100

125 141.3 * 6.55 3000 150 150 300 20 8 4 DLS-150125

150 168.3 * 7.11 3000 150 177 300 20 10 4 DLS-150150

200 219.08 * 8.18 3000 150 227 300 20 10 4 DLS-150200

250 273.05 * 9.27 1000 150 281 300 20 10 4 DLS-150250

300 323.95 * 9.53 1000 150 332 150 30 14 4 DLS-150300

350 355.6 * 9.53 1000 150 364 150 30 14 4 DLS-150350

400 406.4 * 9.53 1000 150 364 150 30 16 4 DLS-150400

450 457.2 * 9.53 1000 150 466 150 30 16 4 DLS-150450

500 506 * 9.53 1000 150 515 150 30 16 4 DLS-150500

LL1

D

XX1d4

S

1 2 3 4 5 6 7

5.4 PP ASTM D4101

8.0 ST37 / A106 / API 5L



6.2 PFA ASTM D3307

6.3 PVDF ASTM D3222

6.4 PP ASTM D4101


7.1 PFA ASTM D3307

7.2 PVDF ASTM D3222

7.3 PP ASTM D4101


Bellows Con 1


2 A105 / ST37

2.1 St 37.0 - DIN 17100

3.0 Coated Steel Bolt

4.0 SS316

Materials:

LINING MATERIALS

DN L

Axial movement

Lateral movement

Angular movement

Max pressure bar

Max pressure bar Catalog

number+/- mm mm Degrees 20 deg c 180 deg c

25 40 5 2 2 15 5 DBL-1-15025

42 40 5 2 2 15 5 DBL-1-15040

50 48 6 2 2 14 5 DBL-1-15050

80 60 7 3 3 12 4 DBL-1-15080

100 64 8 3 3 12 4 DBL-1-150100

150 75 8 4 4 9 3 DBL-1-150150

200 85 10 4 4 6 2 DBL-1-150200

250 92 10 5 3 6 2 DBL-1-150250

300 100 12 5 3 6 2 DBL-1-150300

350 102 12 5 3 4 1.5 DBL-1-150350

400 102 12 5 3 4 1.5 DBL-1-150400

450 104 12 5 3 3 0.75 DBL-1-150450

500 104 12 5 3 2 0.75 DBL-1-150500

600 104 12 5 3 2 0.75 DBL-1-150600


Materials:

Bellows Con 2

LINING MATERIALS

DN L

Axial movement

Lateral movement

Angular movement

Max pressure

bar

Max pressure

bar Catalog number

+/- mm mm Degrees 20 deg c 180 deg c

25 35 6 3 7 14.5 4.5 DBL-2-15025

42 35 6 3 7 14.5 4.5 DBL-2-15040

50 40 6 3 7 13.5 4.5 DBL-2-15050

80 57 9 5 7 11.5 3.75 DBL-2-15080

100 67 13 6 7 11.5 3.75 DBL-2-150100

150 75 13 6 7 9 2.75 DBL-2-150150

200 102 13 6 7 6 2 DBL-2-150200

250 140 15 6 7 6 2 DBL-2-150250

300 150 20 10 7 6 1.75 DBL-2-150300

350 160 20 10 7 4 1.25 DBL-2-150350

400 178 25 10 7 4 1.25 DBL-2-150400

450 185 25 10 7 3 0.5 DBL-2-150450

500 230 25 10 7 2 0.5 DBL-2-150500

600 160 20 10 7 2 0.5 DBL-2-150600


2 A105 / ST37

2.1 St 37.0 - DIN 17100


4.0 SS316


Materials:

LINING MATERIALS

DN L

Axial movement

Lateral movement

Angular movement

Max pressure bar



25 46 10 6 14 12 4 DBL-3-15025

42 46 15 6 14 12 4 DBL-3-15040

50 56 15 9 14 12 4 DBL-3-15050

80 77 25 13 14 10 3.5 DBL-3-15080

100 91 25 13 14 10 3.5 DBL-3-150100

150 101 28 12 14 8 3 DBL-3-150150

200 137 28 14 14 6 2 DBL-3-150200

250 200 30 14 14 6 2 DBL-3-150250

300 196 30 15 14 5 1.5 DBL-3-150300

350 215 32 18 14 3 1 DBL-3-150350

400 233 34 20 14 3 1 DBL-3-150400

450 280 34 20 14 2.5 0.75 DBL-3-150450

500 327 32 25 14 2 0.5 DBL-3-150500

600 302 32 25 14 2 0.5 DBL-3-150600

Bellows Con 3


2 A105 / ST37

2.1 St 37.0 - DIN 17100


4.0 SS316


Materials:

LINING MATERIALS

DN L

Axial movement

Lateral movement

Angular movement

Max pressure bar



25 68 8 12 20 9 3 DBL-5-15025

42 80 13 12 20 9 3 DBL-5-15040

50 88 19 12 20 9 3 DBL-5-15050

80 113 25 16 20 7.5 2.5 DBL-5-15080

100 139 25 16 20 7.5 2.5 DBL-5-150100

150 153 32 16 20 6 2.5 DBL-5-150150

200 207 32 16 20 4 1.5 DBL-5-150200

250 300 32 16 20 4 1.5 DBL-5-150250

300 288 35 16 20 4 1.5 DBL-5-150300

350 325 35 18 20 2.75 0.75 DBL-5-150350

400 343 40 25 20 2.75 0.75 DBL-5-150400

450 470 40 25 20 2.75 0.5 DBL-5-150450

500 520 40 25 20 1 0.3 DBL-5-150500

600 520 32 20 20 1 0.3 DBL-5-150600

Bellows Con 5


2 A105 / ST37

2.1 St 37.0 - DIN 17100


4.0 SS316


Lined Sight Glass


Materials:

2 St 37.0 - DIN 16292.1 GGG40/ A2163 DIN, PN10 SLIP-ON 3.1 DIN, PN10 WELD-NECK4.0 Tempered Glass / BOROSILICATE 5.0 A105 / ST37

D L C S

DN

25 115 160 48 3

32 140 180 48 3

40 150 200 65 3

50 165 230 80 3

65 185 290 80 3

80 200 310 100 3

100 225 350 125 3

150 285 480 137 3

200 340 600 * 3

250 * * * 3

300 * * * 3

400 * * * 3

* UPON CUSTOMER REQUEST

Lined Tubular Glass

LINING MATERIALS

DN L mm S mm C mm D mm Weight Kg Part. No

25 180 3 40 120 4.2 DLSG-15025

42 205 3 48 128 7.5 DLSG-15040

50 230 4 80 164 12.0 DLSG-15050

80 280 4 100 185 25.5 DLSG-15080

100 310 4.5 125 215 45.0 DLSG-150100

125 406 5 137 242 90.0 DLSG-150150

150 458 6 165 270 130.0 DLSG-150200

250 530 6 215 320 170.0 DLSG-150250

300 610 6 265 370 240.0 DLSG-150300

350 690 6 315 430 330.0 DLSG-150350

400 740 6 360 470 395.0 DLSG-150400

450 812 6 410 520 495.0 DLSG-150450

500 870 5 460 570 625.0 DLSG-150500


1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33072.0 A105 / ST37 3.0 Tempered Glass / BOROSILICATE 4.0 Coated Steel Bolt

Materials:

2

3

4

1

Lined Spectacle

LINING MATERIALS

DN A mm L mm D mm d mm S mm Part. No

25 20 79.4 51 15.9 3 DLSP-15025

42 24 98.4 73 15.9 3 DLSP-15040

50 24 120.6 92 19.0 4 DLSP-15050

80 26 152.4 127 19.0 4 DLSP-15080

125 28 190.5 158 19.0 5 DLSP-150100

150 32 241.3 216 22.2 5 DLSP-150150

200 32 299.4 270 22.2 5 DLSP-150200

250 32 361.9 324 25.4 5 DLSP-150250

300 35 431.8 381 25.4 5 DLSP-150300

350 42 476.2 412 28.6 5 DLSP-150350

400 47 539.7 470 28.6 5 DLSP-150400

450 50 577.8 534 31.8 4 DLSP-150450

500 52 635.0 584 31.8 4 DLSP-150500

600 55 749.3 692 35.1 4 DLSP-150600



Materials:

1.7 XLPE ASTM D1998-041.8 PE ASTM D1998-042 St 37.0 - DIN 16292.1 SS304 / SS316

12

Lined Spade

LINING MATERIALS

DN mm mm Part. No

25 50 53 DTSG-150250

40 190 76 DTSG-15040

50 100 95 DTSG-15050

80 120 130 DTSG-15080

100 155 160 DTSG-150100

150 170 220 DTSG-150150



Materials:

1.7 XLPE ASTM D1998-041.8 PE ASTM D1998-042 St 37.0 - DIN 16292.1 A 234 WPB

1

2

Lined Swing Check Valve


1.1 PTFE Paste white ASTM – D4895/D48941.2 PTFE Granular white ASTM – D48951.3 PFA ASTM D33071.4 ETFE ASTM D31592.0 ST37 / 52 3.0 ST37/52

Materials:

Lined Swing Check Valve

DN L mm C mm A mm F mm M mm Open angle Weight Kg Part. No

50 43 26 165 92 104 62 2.5 DLSV-15050

80 46 45 200 127 140 65 4.2 DLSV-15080

100 52 65 220 157 160 65 6.7 DLSV-150100

150 56 104 285 216 214 65 11.5 DLSV-150150

200 60 145 340 270 270 65 19.0 DLSV-150200

250 68 185 395 324 322 65 29.0 DLSV-150250

300 78 230 445 381 380 65 50.0 DLSV-150300

350 78 232 505 438 440 65 63.0 DLSV-150350

400 102 300 565 490 492 65 105.0 DLSV-150400

din standard - · pdf filedin standard lined pipes & fittings engiplas | engineering...

Documents