02a technical field part 1 general catalogue 2008 · tear resistance din53515 - iso34 130 n/mm...

NOTES:

14

Technical field

TUBE IN CALIBRATED POLYURETHANE 95 ShA

PHYSICAL/MECHANICAL PROPERTIES

TEST METHOD VALUE

Hardness DIN 53505 - ISO868 95 ShA / 48 ShD

Density DIN 53479 - ISO1183 1,22 g/cm3

Elongation at break DIN53504 - ISO37 550%

Tear resistance DIN53515 - ISO34 100 N/mm

Flexural modulus ASTMD 790 100 MPa

Abrasion loss DIN 53516 - ISO4649 30 mm3

Break resistance DIN53504 - ISO37 55 MPa

Application temperatures - - 40°C/ +60°C

STANDARDS OF REFERENCE: DIN 53453—DIN EN ISO 179

Ø internal tolerance (mm)

2 a 7,5 ± 0,2

8 a 12 ± 0,3

Ø external tolerance (mm)

4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in calibrated polyurethane 95 ShA in spools of 500 m

1.2

NOTES: The use of this tubing typology with pulsating continuous pressures can create heat accumulation, although it is particularly resistant to labour and tension flexions. Polyurethane is generally resistant to ozone, oils, fats, fuels and chemical solutions. Polyurethane is not resistant , or low resistant, to concentrate acids, keton, hydrocarbon and chloride.

Dimensions Root of

the code

STANDARD colours available

in stock

Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst

Pressure (Bar) 23°C

BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2

4

PU24

12

48

10

Tube in calibrated polyurethane 95 ShA in reels of 100 m

4

6

PU46

9

36

15

5,5

8

PU558

9

36

20

6,5

10

PU6510

7

28

30

8

12

PU812

6

24

50

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C +70°C

1,87 Bar 1,4 Bar 1 Bar 0,84 Bar 0,70 Bar 0,60 Bar 0,52 Bar 0,47 Bar

Alteration scale of the value of bursting pressure according to the temperature

17

N163

BK154 CN258

N139

BK141 CN142

N157

BK165 CN164

CN135

SB109

In the application choice the user must keep in mind the different use variables (pressure, temperature, environment conditions) and all the things that can interfere with the application. These information must be considered only as a general indication. The validation of the application is always at the user charge. Medifly keeps the right to modify or to adjourn the technical data here reported in any moment without notify duty.

TECHNICAL CHARACTERISTICS: - high flexibility to low temperatures - low sensibility to “click” and “stress cracking” effects - excellent resistance to abrasion - good resistance to atmospheric agents - good aging - extremely resistant to exertion - ozon resistant

18

TUBE IN CALIBRATED POLYURETHANE 98 ShA


TEST METHOD VALUE

Hardness DIN 53505 - ISO868 98 ShA / 52 ShD







Working temperatures - - 40°C / +60°C



1,5 a 7,5 ± 0,2

8 a 12 ± 0,3


4 a 8 ± 0,1

10 a 14 ± 0,15

Dimensions Root of

the code

STANDARD colours available in stock

Realizable colours ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Banding

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

1,5

3

PU153

20

80

10

2

4

PU24

15

60

11

2,5

4

PU254

10

40

15

3

5

PU35

12

50

16

4

6

PU46

10

40

18

5

8

PU58

13

52

25

5,5

8

PU558

10

40

30

6 (5,7)

8 PU68

8

32

35

6

8

PU68

7

28

35

Tube in calibrated polyurethane 98 ShA in reels of 100 m

SB001 N002 Y005 R004

BK003 CN121 G006 GY090

SB007 N008 Y011 R010

BK009 CN107 G012 GY173

SB013 N014 R016 Y017

BK015 CN103 G018 GY091

SB062 N063

BK122

SB019 N020 R022 Y023

BK021 CN118 G024 GY155

N134 Y159 R158

BK112 CN110 G177 GY172

SB025 N026 Y029 R028

BK027 CN104 G030

PLUS

follows

Y248 R246

G247

SB199 N073 R201

BK194 G200

SB187 N124

BK193 CN195

1.1

Y250 R251

G252


TECHNICAL CHARACTERISTICS: - high flexibility to low temperatures - low sensibility to “click” and “stress cracking” effects - excellent resistance to abrasion - good resistance to atmospheric agents - good aging - extremely resistant to exertion

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C +70°C



Dimensions Root of

the code


WP Working Pressure

(Bar) 23°C

BP Burst


BR Banding

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

7,5

10

PU7510

7,5

30

40

8 (7,7)

10 PU810

6,5

27

40

8

10

PU810

5,5

22

45

8

12

PU812

7

28

50

9

12

PU912

6

25

50

12

14

PU1214

3

12

150

Realizable colours ON DEMAND

7

10

PU710

8,5

35

30

6,5

10

PU6510

10

40

30

SB037 N038 R040 Y041

BK039 CN215 G042

N152 R174

BK123 CN111 GY156

SB043 N044 R046 Y047

BK045 CN105 G048

SB049 N050 Y053

BK051 CN128 G054

SB055 N056 R058

BK057 CN106 GY214

SB068

PLUS

SB074 N151 GY176

BK189 CN160

SB031 N032 Y035 R034

BK033 CN119 G036

Y253 R254

G255

Y256

G257

R052

Y059

G060

These tubes are available also in the version in reels of 25 meters into a box (see page 46 of the catalogue)

19


Dimensions Root of

the code


in stock

WP Working Pressure (Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2

4

PU24

12

48

8

2,5

4

PU254

10

40

10

4 6 PU46 9 36 15

5,5

8

PU558

9

36

30

6

8

PU68

6

24

35

6,5

10

PU6510

7

28

30

7,5

10

PU7510 6 25 40

8

10

PU810 5 20 45

9

12

PU912

6

24

50

8

12

PU812 7 28 50

Realizable colours

ON DEMAND

TUBE IN CALIBRATED TRANSLUCID POLYURETHANE 98 ShA -TRS


TEST METHOD VALUE




Flexural Modulus ASTMD 790 120 MPa





2 a 7,5 ± 0,2

8 a 9 ± 0,3


4 a 8 ± 0,1

10 a12 ± 0,15

Tube in calibrated translucid polyurethane 98 ShA TRS type in reels of 100 m

TSB188 T113

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C +70°C



TR219 TG220

TSB080 T120

TSB082 T064

TSB100 T086

TSB101 T066

TSB083 T067

TSB099 T065

TSB218 T238

TSB084 T070

TR227 TG228

TR225 TG226

TR221 TG222

TSB081 T093 TR223 TG224

TR229 TG230

TR231 TG232

TR233 TG234

TR217 TG235

TR236 TG237

20

2.1



TECHNICAL CHARACTERISTICS: - low sensibility to “click” and “stress cracking” effects - high flexibility to low temperatures - excellent resistance to abrasion - good resistance to atmospheric agents - good aging - extremely resistant to exertion - optimal transparency thanks to peculiarity of the raw material



TUBE IN CALIBRATED POLYURETHANE 98 ShA - H35


TEST METHOD VALUE

Hardness DIN 53505 - ISO868 55 ShD








STANDARDS OF REFERENCE DIN 53453—DIN EN ISO 179 Ø internal tolerance (mm)

2 a 7,5 ± 0,2

8 a 12 ± 0,3


4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in calibrated polyurethane 98 ShA H35 type in reels of 100 m

1.5

Dimensions Root of the

code


in stock

Realizable colours

ON DEMAND


BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2,5

4

PUH254

12

48

15

4

6

PUH46

12

48

18

5,5

8

PUH558

12

48

30

7,5

10

PUH7510

8,5

34

40

9

12

PUH912

7

28

50

6 (5,7)

8 PUH68 9

36

35

8 (7,7)

10 PUH810 8

32

40

21

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C +70°C



CN004

CN005

CN008

Y001

CN006

R002

CN007

PLUS CN013

PLUS CN014



TECHNICAL CHARACTERISTICS: - high flexibility to low temperatures - low sensibility to “click” and “stress cracking” effects - excellent resistance to abrasion - good resistance to atmospheric agents - good aging - extremely resistant to exertion

TUBE IN TPE-E (ELASTOMERIZED THERMOPLASTIC)


TEST METHOD VALUE

Density ISO1183 1,22 g/cm3

Hardness ISO 868 55 ShD

Elongation at break ISO 527 > 400%



TECHNICAL CHARACTERISTICS: - excellent flexibility - extremely resistant, to tear, to abrasion and creep - its chemical proprieties make it extremely resistant against different chemical substances; it can support the most part of fluids as acids, bases, glycol, amine nevertheless with temperatures of 70 C° or higher, its resistance against polar fluid is low - good resistance in warm-damp environments - it can resist also to temperatures peak also higher than 70°C

NORME: ISO 527-1/-2


4 a 7,5 ± 0,2

8 a 10 ± 0,3


6 a 8 ± 0,1

10 a 12 ± 0,15

Tube in TPE-E in reels of 100 m

Dimensions Root of

the code


in stock

Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

4 6 TPE46

15 60 30

5,5 8 TPE558

15 60 50

6 (5,7)

8 TPE68

12 48 60

7,5 10 TPE7510

12 48 80

8 (7,7)

10 TPE810 10 40 100

8 10 TPE810 9 36 110

10 12 TPE1012 8 32 120

PLUS

SB016 Y006

PLUS SB009 R008 Y007

-30°C 0°C + 23°C +40°C +60°C +90°C +100°C

Alteration scale of the value of bursting pressure according to the temperature 2 Bar 1,5 Bar 1 Bar 0,95 Bar 0,90 Bar 0,85 Bar 0,70 Bar

SB015 Y005 N011

22

4.1

SB003

SB001

SB010

SB002 Y004

Y014

Y013

Y012


STANDARDS OF REFERENCE: ISO 527-1/2

Dimensions Root of

the code


in stock


BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PA624

55 165 25

4 6 PA646 27 81 60

6

8 PA668 20 60 100

8 10 PA6810 15 45 150

10 12 PA61012 13 39 200

Realizable colours

ON DEMAND

TUBE IN POLYAMIDE “PA6 MT” (FOR LOW-MEDIUM TEMPERATURES)


TEST METHOD VALUE

DRY WET (2.4 H2O)

Tensile strength ASTM D638 29 MPa 17 MPa

Tensile elongation ASTM D638 > 300% > 300%

Flexural strength ASTM D790 24 MPa 14 MPa

Flexural modulus ASTMD 790 600 MPa 300 MPa

Melting point ISO 11357

220°C

STANDARDS OF REFERENCE: ISO 1874 - DIN 73378


2 a 7,5 ± 0,2

8 a 10 ± 0,3


4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in PA6 MT in reels of 100 m

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C Alteration scale of the value of bursting pressure according to the temperature

1,87 Bar 1,4 Bar 1 Bar 0,90 Bar 0,80 Bar 0,70 Bar 0,70 Bar

SB021 BK020 N022

SB013 BK012 N014

SB016 BK015 N017

SB019 BK018 N009

SB011 BK010 N002

23

5.2


TECHNICAL CHARACTERISTICS: - high mechanical properties to continuous & alternate traction - low flexibility - low stability to heat - low water absorption - remarkable resistance to hydrocarbons and oils - good inertness to chemical agents - resistant to continuous temperatures of 80 °C

Dimensions Root of

the code


in stock


BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PA1124

44 132 15

2,5 4 PA11254

32 106 20

2,7 4 PA11274

26 78 25

4 6 PA1146

28 84 30

5 8 PA1158 30 90 40

6 8 PA1168

20 60 40

Realizable

colours ON DEMAND

TUBE IN POLYAMIDE RILSAN PA11

STANDARDS OF REFERENCE: ISO 1874 — DIN 74324


2 a 7,5 ± 0,2

8 a 12,5 ± 0,3


4 a 8 ± 0,1

10 a 15 ± 0,15

Tube in Rilsan PA11 in reels of 100 m

PHYSICAL/MECHANICAL PROPERTIES TEST METHOD VALUE

Density ISO 1183 1,05 g/cm3

Melting point ISO 11357 175-185 °C

Water absorption at 23°C and 50%RH

at 23°C in water

ISO 62

0,8% 1,6%

Elongation at break ISO 527 300 %

Flexural modulus ISO 178 350 MPa

Impact strength ISO 179 (Test type1) 4 KJ.m-2

Abrasion resistance ISO 9352 25 mg


Vicat point ISO 306 140°C

Heat distortion temperature Under load of

0,46 MPa 1,85 MPa

ISO 75

130 °C 45 °C

Flame resistance ASTM D 635

320 s > 100 mm

Volume resistivity (at 20°C under 500V direct current) CEI 93 1011 Ω.m

Surface resistivity CEI 93 5.1011 Ω.m

Dielectric strength (test piece 1 mm dry state) IEC 60243-1 23 KV.mm-1

Working temperatures - -40°C/+130°C

N030

BK062 B029

SB041 N022

BK057

SB008 N001 Y043 R026

BK017 B009 G042

SB007 N004 R014

BK028 B010 G033

follows

24

6.1

SB054 Y052

Y055 R056

B058 G059

Y060 R061

SB063 G064

Y065

Y068 R070

SB067 G069

N031

BK066 B045

N006 G036

BK044 B020

R053

TECHNICAL CHARACTERISTICS: - superior mechanical properties - good dielectric properties - excellent impact strength - low water absorption - high pressure resistance - excellent stability to the high temperatures - good age resistance - high resistance at the hydrocarbon and oils - high resistance to the extreme weather conditions - high impact-resistance for temperatures lower than 0°C. - high resistance to attack by most chemicals agents

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C




codice


in stock

Realizable colours

ON DEMAND


BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

7 10 PA11710

29 87 50

8 10 PA11810

15 45 60

9 12 PA11912

20 60 80

10 12 PA111012

13 39 85

12 14 PA111214

10 31 90

SB016 N003 R037

BK018 B012 G035

SB079 Y080 R081

BK084 B083 G082

25

SB071 N038

BK072

Y074 R073

B076 G075

SB015 N002 R034

BK019 B011 G036

Y077

N078

Y046

SB023 N025

BK027

Y048 R049

B047 G050


code


Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

12,5 15 PA1112515

12 36 95

SB024

BK051

N006

R085

Tube in Rilsan PA11 in reels of 50 m



TUBE IN POLYAMIDE RILSAN PA11 - SUPERFLEX

STANDARDS OF REFERENCE: ISO 1874 — DIN 74324


2 a 7,5 ± 0,2

8 a 10 ± 0,3


4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in Rilsan PA11 Superflex in reels of 100 m

PHYSICAL/MECHANICAL PROPERTIES TEST METHOD VALUE

Density ISO R 1183 D 1,03 g/cm3

Melting point ISO 11357 175-185 °C

Elongation at break ISO 527 > 300 %



Distortion temperature under load at < 0,45 MPa

ISO 75

67°C

Working temperatures - -40°C/+130°C

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C



26

21.1


code


in stock


BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2,5 4 PA11S254 30 90 20

4 6 PA11S46 25 75 25

6 8 PA11S68 18 54 30

8 10 PA11S810

13 40 50

10 12 PA11S1012 12 36 80

Realizable colours

ON DEMAND

N003

N001

N008

N002

N013

SB005 BK004

SB007 BK006

SB010 BK009

SB012 BK011

SB015 BK014


TECHNICAL CHARACTERISTICS: - superior mechanical properties - good dielectric properties - excellent impact strength - low water absorption - high pressure resistance - excellent stability to the high temperatures - good age resistance - high resistance at the hydrocarbon and oils - high resistance to the extreme weather conditions - high impact-resistance for temperatures lower than 0°C. - high resistance to the attack by most of the chemicals agents

TUBE IN POLYAMIDE PA12


TEST METHOD VALUE

Density ASTM D792 1,03 g/cm3

Hardness ASTM D2240 65 ShD

Elongation at break ASTM D638 > 300%

Flexural modulus ASTM D790 410 MPa


STANDARDS OF REFERENCE: ISO 1874 DIN 73378


1,5 a 7,5 ± 0,2

8 a 22 ± 0,3


3 a 8 ± 0,1

10 a 25 ± 0,15

Tube in PA12 in reels of 100 m

Dimensions Root od the code


Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

1,5 3 PA153 44 132 15

2 4 PA24 44 130 15

2,5 4

PA254 36 108 20

2,7 4 PA274 26 78 25

3 5 PA35 32 96 30

4 6 PA46 27 81 30

4 8 PA48 35 105 35

6 8 PA68 20 60 40

7 10 PA710 25 88 50

8 10 PA810 15 45 60

SB038 N024 Y109 R050

BK034 B078 G100 GY080 O097

SB011 N002 Y026 R010 M124

BK009 B046 G021 GY087 O028

SB008 N001 Y062 R007

BK006 B064 G063 GY086

SB042 N025 Y041 R057

BK060 B067 G089 O093

SB014 N003 Y022 R013

BK012 B047 G023 GY088

BK091

SB144 N102

BK061

SB017 N004 Y040 R016

BK015 B045 G049 GY081

follows

27

7.1

SB059

N139

N135

BK070 B076

O029

Y146 R148

B145 G147

SB017 N004 Y040 R016

BK015 B045 G049 GY081

O030

TECHNICAL CHARACTERISTICS: - high mechanical properties to traction and to continuous & alternate flexion - notable flexibility - good stability to heat - remarkable resistance to aging - law water absorption - remarkable resistance to hydrocarbons and oils and good inertness to chemical agents


code


Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

8 12 PA812 24 72 60

9 12 PA912 20 60 80

10 12 PA1012 13 39 85

12 14 PA1214 11 33 90

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C

Alteration scale of the value of bursting pressure according to the temperature 1,87 Bar 1,4 Bar 1 Bar 0,90Bar 0,80 Bar 0,70 Bar 0,60 Bar

N101 Y116

BK118 R117

SB125 Y126

BK092 R127

SB020 N005 Y065 R019

BK018 B048 G066 O033

SB058 N027 G114

BK031 R094 GY082

28

SB149 G151

B150

N153 G152

B154


code


in stock

Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

12 16 PA1216 19 57 100

12,5 15 PA12515 12 36 90

13 15 PA1315 10 30 100

14 16 PA1416 10 30 100

15 18 PA1518 12 36 150

16 20 PA1620 17 51 200

18 20 PA1820 9 27 250

18 22 PA1822 13 40 250

22 25 PA2225 8 24 300

Tube in PA12 in reels of 50 m

N103

SB075 N051 R123

BK043 B137 G143

B056

BK129

SB143 N032

BK122

N132

N108

N136

BK044

N134



TUBE IN POLYAMIDE PA12 HP- NOT PLASTICIZED


TEST METHOD VALUE


Hardness ASTM D2240 72 ShD






2 a 7,5 ± 0,2


4 a 8 ± 0,1

Tube in PA12 HP in reels of 100 m

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C Alteration scale of the value of bursting pressure according to the temperature



code



BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PAHP24 70 280 25

2,5 4 PAHP254

48 192 30

3 6 PAHP36 71 284 35

5 8 PAHP58

49 196 50

Realizable colours

ON DEMAND

29

22.1

N001

N004

N010

BK008

N007

SB006

BK005

SB003

BK002

SB012

BK011

SB012


TECHNICAL CHARACTERISTICS: - high mechanical properties to traction and flexion - medium flexibility - good stability to heat - remarkable resistance to aging - law water absorption - remarkable resistance to hydrocarbons and oils and good inertness to chemical agents - specific for system of forced lubrification

TUBE IN POLYAMIDE PA12 - SUPERFLEX


TEST METHOD VALUE

Density ISO R1183D 1 g/cm3

Melting point ASTM D789 169°C

Elongation at break - > 300%



Flexural resistance ASTM D790 9,8 MPa

TECHNICAL CHARACTERISTICS: - low migration of plasticizer - good dimensional stability to the high temperatures - good aging resistance



2,5 a 7,5 ± 0,2

8 a 10 ± 0,3


4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in PA12 SUPERFLEX in reels of 100 m

+ 23°C +30°C +40°C +50°C

Alteration scale of the value of bursting pressure according to the temperature 1 Bar 0,90 Bar 0,80 Bar 0,70 Bar

+60°C

0,60 Bar

Dimensions Root of

the code



BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2,7 4 PAS274 15 60 20

4 6 PAS46 15 60 35

5,5 8 PAS558 15 60 35

6 8 PAS68 12 50 35

7,5 10 PAS7510 11 45 50

9 12 PAS912 11 44 50

8 10 PAS810 9 36 50

Realizable colours

ON DEMAND

30

8.1

SB001

SB005

SB006

SB007

SB008

SB003 BK010

SB002 BK009


TUBE IN PTFE (TEFLON)


TEST METHOD VALUE

Hardness - 55 ShD

Strength resistance ASTM D638 > 20 Mpa


Under load deformation (140 Kg/cm2 per 24 h at 23°C)

ASTM D621 9,5 — 11,0 %


TECHNICAL CHARACTERISTICS: - very good for the conduction of varnish, oils, air, water, watery base fluids and vapour - very good for the transport of alimentary substances - very good aging resistance - suitable for the passage of oxygen and saturated vapour in pressure

STANDARDS OF REFERENCE: - D.M. 21/03/73 and following adjournments - Directive 2002/72/CEE - D.M. 174 dated 06/04/04 - Directive 90/128/CEE


2 a 4 ± 0,20

6 a 10 ± 0,25


4 ± 0,20

6 a 10 ± 0,25

12 a 14 ± 0,35

12 a 16 ± 0,35

Tube in PTFE in reels of 100 m


code


Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PTFE24 27 81 20

4 6 PTFE46 18 54 30

6 8 PTFE68 14 42 40

8 10 PTFE810 12 36 50

10 12 PTFE1012 10 30 85

N001

N002

N003

N004

N006

31

9.1

Da -60 a + 40°C Da +40 a +100°C Da +100 a +150°C Da +150 a +200°C Alteration scale of the value of bursting pressure according to the temperature

100 Bar 80 Bar 60 Bar 20 Bar

Da +200 a +260°C

10 Bar


TUBE IN PVDF (KYNAR-FLEX)

32

23.1

STANDARD OF REFERENCE: FDA charter 21 CFR 177.2600.


2,5 a 7,5 ± 0,2

8 a 10 ± 0,3


4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in PVDF in reels of 100 m


TEST METHOD VALUE


Melting point ISO 3416C 140°C

Flexural modulus ASTM D—638 650 MPa

Elongation at break ASTM D - 638 600-750 %

Working temperatures - - 20°C/ +100°C

Hardness ASTM D—2240 68 ShD

Dimensions Root of

the code


in stock

Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2,5 4 PVDF254 20 80 20

4 6 PVDF46 16 64 30

6 8 PVDF68 15 60 40

7,5 10 PVDF7510 20 80 60

10 12 PVDF1012 15 45 100

N01

N02

N03

N04

N06

-20°C 0°C +23°C +30°C

Alteration scale of the value of bursting pressure according to the temperature 1,87 1,4 1 0,90

+40°C

0,80

+50°C

0,70

+60°C

0,60


TECHNICAL CHARACTERISTICS: The PVDF, free of any additive, has the typical intrinsic stability of the fluoro-polimery, when it is exposed to hard environment conditions. It supply to the user a unique combination of properties that gives longer life to the tools. The most important properties of PVDF are here listed: excellent chemical resistance to the more aggressive substances and solvents, excellent mechanical strength and hardness, high abrasion resistance, high temperature capacity, excellent aging resistance, high purity, resistance to UV and nuclear radiations, excellent resistance to fire, resistance to the environment agents, low permeability to gas and liquids. APPLICATIONS: This type of material is particularly indicated for the realisation of tube for pneumatic, electronic, robotic, tool, industrial machines etc…, that means when there is the need of chemical resistance and thermical-mechanical properties (chemical and generic industry), surface quality and low extraction value (market of the semi-conduction with high purity) resistance to fire and minimum smoke emission (industry of coat cable).


TEST METHOD VALUE


Elongation at break ASTM D882B MD/SL/L 400%

Tear resistance ASTM D1922 MD/SL/L 30 N/mm


Impact resistance ASTM D1709 310 g


Tensile strength at break ASTM D882B MD/SL/L 26 MPa


2 a 7,5 ± 0,2

8 a 12,5 ± 0,3


4 a 8 ± 0,1

10 a 15 ± 0,15

Tube in calibrated POLYETHYLENE (PELD) in reels of 100 m

Dimensions Root of

the code


Realizable colours

ON DEMAND


BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PE24 18,5 75 20

2,5 4 PE254 15 60 25

3 5 PE35 12,5 50 30

4 6 PE46 10 40 40

4,35 6,35 PE435635 9 36 50

4,74 7,95 PE474795 10 40 40

5 8 PE58 10 40 40

5,5 8 PE558 7,5 30 40

6 8 PE68 7,5 30 50

6,36 9,54 PE636954 10 40 100

SB001 N002

BK003 B104

SB108 N090

BK101 B089

SB007 N008

SB017 N014 R016 Y017

BK015 B088 G018 W066

SB019 N020 R022

BK021 B093 W080

SB116

G143

SB025 N026 R028 Y029

BK027 B091 G030

SB031 BK032

BK033 B092

follows

33

10.1

R004 Y005

G006

R150 Y151

G152

R010 Y011

G012

Y023

G024

R034 Y035

G036

N144

TUBE IN CALIBRATED POLYETHYLENE PELD (LOW DENSITY)

TECHNICAL CHARACTERISTICS: - High impact resistance - Low sensibility to “click” and “stress cracking” effects - Excellent resistance to chemical agents - Totally recyclable - Good electrical properties - Very good flexibility NOTES: It is recommended to avoid connecting the polyethylene tubing with fittings that may deform its extremity, because this material does not resist to enlargements approximately over 15%. “Creep” problems could occur with non- suitable fittings.

STANDARDS OF REFERENCE: - D.M. 21/03/73 and following adjournments - Directive 2002/72/CEE - FDA 21 CFR 177.1520 - European Pharmacopoeia - D.M. n°174 dated 06/04/04

Dimensions Root of

the code


in stock

Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

7 10 PE710 10 40 100

8 10 PE810 6 25 120

8 12 PE812 7,5 30 160

9 12 PE912 7 28 120

10 12 PE1012 5 20 120

12,5 15 PE12515 4 16 150

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C

Alteration scale of the value of bursting pressure according to the temperature 1,87 Bar 1,4 Bar 1 Bar 0,80 Bar 0,60 Bar 0,50 Bar 0,40 Bar

SB055 N056 R058

BK057 B106

R052

B079

SB043 N044

BK107

SB037 N038 R040

BK039 B105 G042

N099

BK103 B102

34

Y041

R046 Y047

G048

SB049 N050 Y053

BK051 G054

Y059

G060

N114

Keep in mid that the initial letter N indicates the NATURAL colour while the initial letter W indicate the WHITE colour.


TUBE IN CALIBRATED POLYETHYLENE PELD (LOW DENSITY) SOFT VERSION


TEST METHOD VALUE


Elongation at break ASTM D882B MD/SL/L > 400%

Tear resistance ASTM D1922 MD/SL/L 30 N/mm

Flexural modulus ASTM D709 55MPa

Impact resistance ASTM D1709 250 g


Tensile strength at break ASTM D882B MD/SL/L 20 MPa


2 a 7,5 ± 0,2

8 a 12,5 ± 0,3


4 a 8 ± 0,1

10 a 15 ± 0,15

Tube in calibrated POLYIETHYILENE (PELD) SOFT version in reels of 100 m

10.3

35

Dimensions Root of

the code



BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

5,5 8 PE558 7,5 30 40

7,5 10 PE7510 6 25 100

Realizable colours

ON DEMAND

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C


SB126

SB125


TECHNICAL CHARACTERISTICS: - High impact resistance - Low sensibility to “click” and “stress cracking” effects - Excellent resistance to chemical agents - Totally recyclable - Good electrical properties - Very good flexibility

NOTES: It is recommended to avoid connecting the polyethylene tubing with fittings that may deform its extremity, because this material does not resist to enlargements approximately over 15%. “Creep” problems could occur with non- suitable fittings.

STANDARDS OF REFERENCE: - D.M. 21/03/73 and following adjournments - Directive 2002/72/CEE - FDA 21 CFR 177.1520 - European Pharmacopoeia - D.M. n°174 dated 06/04/04


TEST METHOD VALUE


Elongation at break ISO 527 650%




2 a 7,5 ± 0,2

8 a 10 ± 0,3


4 a 8 ± 0,1

10 a 12 ± 0,15

Tube in calibrated POLYETHYLENE (PEMD) in reels of 100 m

TUBE IN CALIBRATED POLYETHYLENE PEMD (MEDIUM DENSITY)

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C



code



BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PEM24 22,5 90 20

4 6 PEM46 15 60 40

4,35 6,35 PEM435635 15 60 30

6 8 PEM68 10 40 50

6,36 9,54 PEM636954 15 60 50

8 10 PEM810 8 32 120

10 12 PEM1012 6 24 160

Realizable colours

ON DEMAND

36

10.2

R004 Y005

G006

SB001 N002

BK003

SB007 N008

BK009

SB013 N014

BK015

SB019 N020

BK021

SB025 N026

BK027

SB037 N038

BK039

SB031 N032

BK033

R022 Y023

G024

R010 Y011

G012

R016 Y017

G018

R028 Y029

G030

R034 Y035

G036

R040 Y041

G042


TECHNICAL CHARACTERISTICS: - High impact resistance - Good anti-oxidant properties - Good resistance to stress cracking - Totally recyclable - Good hot resistance

STANDARDS OF REFERENCE: - D.M. 21/03/73 and following adjournments - Directive 2002/72/CEE - FDA chapter 21

NOTES: It is recommended to avoid connecting the polyethylene tubing with fittings that may deform its extremity, because this material does not resist to enlargements approximately over 15%. “Creep” problems could occur with non- suitable fittings.


2 a 7,5 ± 0,2

8 a 16 ± 0,3


4 a 8 ± 0,2

10 a 26 ± 0,3

TUBE IN CALIBRATED NON-TOXIC PVC

TECHNICAL CHARACTERISTICS: Connection of hydraulic parts for the re-circle of corrosive liquids, oils, hydrocarbons, and refrigerating circuits etc…

The codes following indicated are realised in the natural colour light sky blue. The codes PVCB38/1 and PVCB39/1 are realised in the colour clear light sky blue with blue stripe and are supplied in reels of 30 meters.

Tube in non-toxic PVC in reels of 100 and 30 m


TEST METHOD VALUE

Hardness ISO 868 75 ShA

Specific weight ISO 1183 1,225 g/cm3

Tensile strength at break ISO 527 18 N/mm2

Elongation at break ISO 527 300%



code


in stock

Hardness

ShA

Reel

length (meters)

BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

3 5 PVC35 75 100 30

3 5,5 PVC355 75 100 30

3 6 PVC36 75 100 30

4 6 PVC46 75 100 40

5 8 PVC58 75 100 40

6 8 PVC68 75 100 40

6 9 PVC69 75 100 40

8 12 PVC812 75 100 50

10 14 PVC1014 75 100 60

12 15 PVC1215 75 100 100

12 17 PVC1217 75 100 100

14,5 24,5 PVC145245 57 30 150

16 26 PVC1626 57 30 150

Realizable colours

ON DEMAND

37

12.1

N015

N044

N101

N029

N237

N214

N112

N100

N125

N161

N243

B38/1

B39/1


TUBE IN FLAM-RETARDED POLYURETHANE (V2)

STANDARDS OF REFERENCE: - ISO 1874 , DIN 73378, YELLOW CARD QMFZ2, UL94


2 a 7,5 ± 0,2

8 a 12 ± 0,3


4 a 8 ± 0,1

10 a 14 ± 0,15

Tube in flam-retarded polyurethane V2 in reels of 100 m

Dimensions Root of

the code


in stock

WP Working Pressure

(Bar) 23°C

BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

3 6 PUV236

20 80 25

4 8 PUV248

15 60 30

8 12 PUV2812

7 28 50

10 14 PUV21014

6 24 150

Realizable colours

ON DEMAND

2 4 PUV224 10 40 10

6 10 PUV2610 7 28 30

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C



TEST METHOD VALUE

Hardness DIN 53606 87 ShA—35 ShD

Traction resistance DIN 53504 35 MPa

Traction modulus (100%) DIN 53504 5,8 MPa

Elongation DIN 53504 >560 %

Abrasion resistance DIN 53516 45 mm2

Traction modulus (300%) DIN 53504 9 MPa

Tear resistance DIN 53515 60 N/mm

Compression set/70 h (23°C) DIN 53517 30%

Specific weight DIN 53479 1,15 g/cm3


Compression set/ 24 h (70°C) DIN 53517 50%

38

BK01

BK02

BK03

BK04

TECHNICAL CHARACTERISTICS: The tube realised with this material has the characteristic to be flam-retarded. They have a very high resistance to hydrolyse, high microbe resistance, low surface adhesively, good melt flow, halogen absence. This type of material is particularly indicated for the realisation of profiles, industrial articles, coated tube, coated cable, bushing coating, tube in general etc...

24.1

BK06

BK07


TUBE IN FLAM-RETARDED POLYAMIDE PA12 (V0)

25.1


TEST METHOD VALUE

Density ASTM D—792 1,07 g/cm3

Hardness ASTM D—2240 68 ShD

Flexural modulus ASTM D-790 580 MPa


TECHNICAL CHARACTERISTICS: - high mechanical properties to traction and to continuous & alternate flexion - good flexibility - good stability to heat - remarkable resistance to aging - law water absorption - remarkable resistance to hydrocarbons and oils and good inertness to chemical agents

APPLICATIONS: This type of material is particularly indicated for the realisation of tube for the pneumatic field, fix implants, industrial machines, implants electrical cable protection , air passage etc... STANDARDS OF REFERENCE: ISO 1874, DIN 73378, UL94

Tube in flam-retarded polyamide PA12 V0 in reels


code

STANDARD colours

available in stock

Realizable colours

ON DEMAND

WP Working Pressure

(Bar) 23°C

BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

2 4 PAV024 60 15

4 6 PAV046 33 30

6 8 PAV068 26 40

8 10 PAV0810 20 60

10 12 PAV01012 17 85

12 15 PAV01215 18 90

12,5 15 PAV012515 16 90

15 18 PAV01518 17 200

18 22 PAV01822 16 200

BP Burst


180

100

80

60

52

54

50

52

50

Meters/ Package

100

100

100

100

100

50

50

50

50


2 a 7,5 ± 0,2

8 a 18 ± 0,3


4 a 8 ± 0,1

10 a 22 ± 0,15

39

-20°C 0°C + 23°C +30°C +40°C +50°C +60°C

Alteration scale of the value of bursting pressure according to the temperature 1,87 Bar 1,4 Bar 1 Bar 0,80Bar 0,65 Bar 0,55 Bar 0,45 Bar

SB006

SB007

SB008

SB009

SB004

SB003

SB005

SB002

SB001


TUBE FOR TRANSPORT OF SOLVENT BASIS PAINTS

TECHNICAL CHARACTERISTICS: Tube realized in the single or twin version with a flexible material coat (polyolefinic), suitable for spray painting systems at high and low pressure. The raw materials used are PA12 and PE, particularly indicated for the contact with paint water-based and/or solvent-based. It is available also the anti-static version, useful to neutralize possible electrostatic charges that could be originated. The tube realized with these kind of raw materials are suitable to connect automatic system for the transport of paint, for robotic, for industrial machines, etc… They are particularly indicated for those applications where it is necessary a good flexibility and where it is important to have a permanent static dissipation.

Twin tube for low pressures in PA12/ PELD in reels of 50 m

Dimensions Root of

the code

STANDARD colours

available in stock (coat)

Description


PA12


PELD

Ø Tube mm

Ø Tube mm

6x8 6x8 PPV6868 PA12 Natural Tube+ PELD Cyan Sky Blue Tube

20 8

6x8 6x8 PPV6868 PA12 Natural Tube + PELD Cyan Sky Blue Tube with 1 anti-static black stripe

20 8

Realizable

colours ON DEMAND

Twin tube for high pressures in ANTI-STATIC/PELD in reels of 50 m

Dimensions Root of

the code

STANDARD colours

available in stock

Description

WP Working Pressure

(Bar) 23°C PA12

WP Working Pressure

(Bar) 23°C PELD

Ø Tube mm

Ø Tube mm

4X8 6x8 PPV4868 Anti-static black Tube + PELD Cyan Sky Blue Tube

200 8

Realizable

colours ON DEMAND

Single tube for high pressures in ANTI-STATIC material in reels of 100 m

Dimensions Root of

the code

STANDARD colours

available in stock

Description

WP Working Pressure

(Bar) 23°C

Ø INT mm

Ø EXT mm

4 8 PUAT48 Anti-static Black tube 200

Realizable

colours ON DEMAND

Single tube for low pressures in PELD in reels of 100 m

Dimensions Root of

the code

STANDARD colours

available in stock

Description

WP Working Pressure

(Bar) 23°C

Ø INT mm

Ø EXT mm

6 8 PEAT68 PELD Cyan Sky Blue Tube with Black Anti-static stripe 8

Realizable colours

ON DEMAND

40

26.1

Y03

CN02

CN01

BK03

SB146


SEMI-CONDUCTIVE AND ANTI-STATIC GRADE TUBE IN POLYETHER POLYURETHANE 87 ShA

FOR POWDER BASIS PAINTS

41

27.1


8 a 18 ± 0,3


12 a 17 ± 0,3

Tube in Polyurethane for basis powder paints in reels of 50 m

Dimensions Root of

the code



BP Burst


BR Bending

Ray (mm) 23°C

Ø INT. mm

Ø EXT. mm

11 15 PUAT1115 3 12 200

12 17 PUAT1217 3 12 200

Realizable

colours ON DEMAND


TEST METHOD VALUE

Hardness ASTM D2240 87 ShA

Density CTM E023 1,14 Kg/m3

Volume resistively CTM E043B 1x101/103 (Ωx cm)


Carving resistance (Izod a 23°C) ISO 180 No break KJ/m2

Working temperatures - - 40° / +60°C

TECHNICAL CHARACTERISTICS: Very good hydrolith stability, very good flexibility at low temperatures, microrganism resistance, good abrasion resistance, high braking resistance, good capacity of shock-absorbing, recyclable. The tubes are endowed of antistic stripe. The tubes realized with these kind of raw materials are suitable to connect automatic system for the transport of powder basis paints, for robotic, for industrial machines, etc… They are particularly indicated for those applications where it is necessary a good flexibility and where it is important to have a permanent static dissipation.

BK01

BK02

The black colour is referred to the stripe colour


02a technical field part 1 general catalogue 2008 · tear resistance din53515 - iso34 130 n/mm...

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