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SWITCHBOARD MATTING - ASTM D178 OSHA 29 CFR 1910.137 ALL TYPES AND CLASSES also ASTM D178, ASTMD 178, ASTMD178, OSHA 1910.137, 1910.137, and others Electrical-Grade Dielectric Switchboard Matting, ASTM D 178, OSHA 29 CFR 1910.137, is a floor matting product, which is used to insulate workers from electrocution by interrupting the path to ground. Switchboard Matting is typically used around electrified equipment where operational and maintenance workers stand. ASTM D178 is the specification used for Switchboard Matting in industrial and manufacturing environments. It is also used by Naval Facilities Engineering Command (NAVFAC) and Naval Public Works Facilities (NAVPWC) in US Navy industrial applications, and other Department of Defense and US Government agencies. Switchboard Matting is manufactured from dielectric materials, which are electrically non-conductive. The dielectric strength of the matting is defined, in the specification, by various Types and Classes. Dielectric Switchboard Matting, ASTMD 178, protects workers in way of low, medium and high voltage electrical potentials, as outlined in the specification. Its Corrugated (ribbed) surface provides a comfortable, resilient, anti-fatigue type surface to stand on. For US Navy, NATO and Military Specification Switchboard Matting, please clickMIL- DTL-15562G BestMat YOUR BEST VALUE IN MATTING PRODUCTS™ ACTUAL COLORS WILL VARY FROM THOSE BELOW

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SWITCHBOARD MATTING - ASTM D178 OSHA 29 CFR 1910.137

ALL TYPES AND CLASSES

also ASTM D178, ASTMD 178, ASTMD178, OSHA 1910.137, 1910.137, and others

Electrical-Grade Dielectric Switchboard Matting, ASTM D 178, OSHA 29 CFR 1910.137, is a floor matting product, which is used to insulate workers from electrocution by interrupting the path to ground. Switchboard Matting is typically used around electrified equipment where operational and maintenance workers stand.

ASTM D178 is the specification used for Switchboard Matting in industrial and manufacturing environments. It is also used by Naval Facilities Engineering Command (NAVFAC) and Naval Public Works Facilities (NAVPWC) in US Navy industrial applications, and other Department of Defense and US Government agencies. Switchboard Matting is manufactured from dielectric materials, which are electrically non-conductive. The dielectric strength of the matting is defined, in the specification, by various Types and Classes. Dielectric Switchboard Matting, ASTMD 178, protects workers in way of low, medium and high voltage electrical potentials, as outlined in the specification. Its Corrugated (ribbed) surface provides a comfortable, resilient, anti-fatigue type surface to stand on. For US Navy, NATO and Military Specification Switchboard Matting, please clickMIL-DTL-15562G

BestMat YOUR BEST VALUE IN MATTING PRODUCTS™

ACTUAL COLORS WILL VARY FROM THOSE BELOW

BLACK-YELLOW

SAFETY EDGE

BLACK-ORANGE SAFETY

EDGE

SOLID BLACK

ASTM The American Society for Testing Materials (ASTM) is the author of the specification ASTM D 178-01. ASTM is the Recognized Standards Authority in the USA, and other countries, for dielectric switchboard matting used in industrial environments. OSHA OSHA has defined Switchboard Matting as Personal Protective Equipment (PPE)in the Code of Federal Regulations, 29 CFR 1910.137 Electrical Protective Devices, and recommends the use of ASTM D 178 matting.

OSHA has defined Yellow as the basic color for designating Caution in the Code of Federal Regulations, 29 CFR 1910.144 Safety Color Code For Marking Physical Hazards and recommends Yellow for designating or marking physical hazards such as stumbling, falling and tripping.

Also see OSHA, Code of Federal Regulations, 29 CFR 1910.269, Appendix C, Special Industries, Protection from Step and Touch Potentials for additional information.

Quality Assurance Purchase Orders for Switchboard Matting, ASTM D 178, should require written Certification to the Current Revision of the specification. Certificates should be readily available to OSHA, Risk Management and Insurance Company inspection personnel.

Technical Data

ASTM D 178-01 Switchboard Matting

Type Type II Class 1

Type II Class 2

Type II Class 3

Type II Class 4

Thickness 3/16" 1/4" 3/8" 1/2" Width 24" 36" 24" 30" 36" 48" 36" 36" Length 75' 75' 45' 36'

Dielectric Test Voltage 20,000 VAC

30,000 VAC

40,000 VAC

50,000 VAC

Proof Test Total Surface 10,000 VAC

20,000 VAC

30,000 VAC

40,000 VAC

Maximum Use Voltage 7,500 VAC

17, 000 VAC

26,500 VAC

36,000 VAC

Additional Properties: Ozone Resistance No Visible Effect Oil Resistance No Visible Effect Fire Resistance Self Extinguishing

Colors: Standard Solid Black

Optional OSHA Yellow Safety Edge Stripe - Orange and other colors available - Special Order, Min. Quantity applies

Custom Special Order Colors and Sizes, Min. Quantities apply

The data provided above is for general information purposes only. It is NOT intended to be used for electrical design purposes. Please consult a Licensed Registered Professional Engineer for electrical engineering design and specifications.

BestMat YOUR BEST VALUE IN MATTING PRODUCTS™

PLEASE CONTACT US FOR ADDITIONAL INFORMATION, PRICING AND

TO PLACE YOUR ORDER

ZAMBETTI ASSOCIATES, INC. 5 Woodside Avenue - Berwyn, PA 19312

Switchboard Matting MIL-DTL-15562G

Type I, Type II and Type III

also MIL-DTL-15562-G, MIL-M-15562F, MIL-M-15562, MIL-DTL-15562, MILM15562,

MILDTL15562 and others

Switchboard Matting, MIL-DTL-15562G, Type I, Type II and Type III are floor

matting products, which insulate workers from electrocution by interrupting the path to

ground. Switchboard Matting is typically used around electrified equipment where maintenance and operational workers stand. MIL-DTL-15562G is both a US Military Specification and a NATO Specification.

Switchboard Matting is used by the US Navy and the US Coast Guard aboard ship and

in buildings: including high-voltage switchboard spaces, generator spaces, operations

spaces, communications facilities, and on floors and workbench tops in electrical and

electronics work shops. It is also used in military Avionics and AIMD shops, both land-

based and shipboard.

Type I Switchboard Matting is also used in living spaces for aesthetic purposes, and for

its water-tight integrity with heat-welded seams. Please consult Naval Ships Technical

Manual (NSTM) Chapter 634--Deck Coverings for a list of authorized spaces and US

Navy installation instructions.

MIL-DTL-15562G is the Current Revision of the specification, and replaces MIL-M-

15562F I.A.W. NAVSEA Standard Item 009-01, paragraph 3.6.3. for Government

Standards. For Quality Assurance purposes, all purchase ordersshould require a

written Certificate of Compliance to the Current Revision of the specification I.A.W.

NAVSEA Habitability Materials List.

Naval Facilities Engineering Command (NAVFAC), Naval Public Works Centers

(NAVPWC) and other US Government land-based facilities should click on the ASTM D 178 "Specification Button" at the top of this page for information on OSHA 29 CFR 1910.137 products.

BestMat YOUR BEST VALUE IN MATTING PRODUCTS™

MIL-DTL-15562G, TYPE I

SMOOTH TOP - MARBLEIZED PATTERN ACTUAL COLORS WILL VARYFROM THOSE BELOW

BLUE

GRAY

GREEN

BEIGE

TYPE I IS USED TO COVER AN ENTIRE COMPARTMENT BULKHEAD-TO- BULKHEAD, ADHERED

TO THE DECK, AND HEAT-WELDED AT THE SEAMS. TYPE I CAN ALSO BE USED AS A LOOSE-

LAID RUNNER IN FRONT OF EQUIPMENT. MATCHING HEAT-WELDING THREAD IS AVAILABLE

FOR ALL COLORS OF TYPE I MATTING. PLEASE CONSULT NAVAL SHIPS TECHNICAL

MANUAL CHAPTER 634--DECK COVERINGS FOR SPECIFIC GUIDELINES ON INSTALLATION AND

USE.

BestMat YOUR BEST VALUE IN MATTING PRODUCTS™

MIL-DTL-15562G, TYPE II

SMOOTH TOP - SOLID COLOR ACTUAL COLORS WILL VARY FROM THOSE BELOW

BLUE

BLACK

GREEN

BestMat Your Best Value In Matting Products™

MIL-DTL-15562G, TYPE III

RAISED DIAMOND TREAD (DIAMOND DECK PLATE) PATTERN ACTUAL COLORS WILL VARY FROM THOSE BELOW

GRAY

GREEN

TYPE II AND TYPE III NMATTING PRODUCTS ARE USED AS A PORTABLE RUNNER IN FRONT OF EQUIPMENT. THEY ARE NOT TO BE ADHERED TO THE DECK OR HEAT-WELDED AT THE SEAMS

AT THE SEAMS. TYPE I AND TYPE II MATTING IS ALSO USED ONWORK BENCH TOPS OF

VARIOUS TYPES. TYPE III IS GENERALLY NOT USED IN SUBMARINES. PLEASE CONSULT NAVAL

SHIPS TECHNICAL MANUAL CHAPTER 634--DECK COVERINGS FOR SPECIFIC GUIDELINES ON

INSTALLATION AND USE.

Technical Data

Electrical-Grade Dielectric Switchboard Matting

Specification MIL-DTL-15562G

Type Type I* Type II** Type III**

Surface Texture Smooth Surface Smooth Surface Diamond Tread

Thickness 1/8” Thick 1/8” Thick 3/16” Thick

Size 36" x 75' 36" x 75" 36" x 75'

Dielectric Test Voltage 30,000 VAC 30,000 VAC 30,000 VAC

Proof Test Over Total Surface 15,000 VAC 15,000 VAC 15,000 VAC

Recommended Maximum Use Voltage 3.000 VAC 3.000 VAC 3.000 VAC

Additional Properties:

Fire Resistance MILSTD 1623D

Abrasion Resistance Less Than 20 Mils Loss – ASTM D 1242

Sulfuric Acid Aging MIL-DTL-15562G

Oxygen Bomb Aging MIL-DTL-15562G

Accelerated Light Aging MIL-DTL-15562G

Colors:

Marbleized Blue Solid Blue Solid Gray

Marbleized Gray Solid Black Solid Green

Marbleized Green Solid Green

Marbleized Beige

* Type I matting can be heat-welded at the seams to form a solid floor surface over an entire

room.

** Type II and Type III are to be used as a portable mat around electrified equipment.

A written Certificate of Compliance or Habitability Certificate is always available upon request.

BestMat Your Best Value in Matting Products ™

PLEASE CONTACT US FOR

ADDITIONAL INFORMATION,

PRICING AND TO PLACE YOUR

ORDER

ZAMBETTI

ASSOCIATES, INC. 5 Woodside Avenue - Berwyn, PA 19312 Phone: (610) 647-9792 – Fax: (610) 647-

9793

Rubber mats 19/06/2011 by lemau 2 Comments

As we known,rubber is very good for electric insulation.It used in many electrical safety

equipment and device to protect person from electric shocked.Rubber mats is a rubber sheet

commonly used at sub station and control panel.

The main purpose is to cover and insulate floors from electric path away to the earth and to avoid

completed circuit when current flow in human body.It can save our life from electric shock when

perform electrical task. We must ensure the rubber mats have a quality and follow electrical regulation standard and

specification.Please checked the rubber mats condition and apparent it is in good shape to avoid

any injuries or death causes when electric shockhappened.

Construction and Standards of Rubber Mats. For rubber mat standard,the ASTM standard D-178 are specifies the

design, construction,and testing requirements for rubber matting.Rubber mats are available in five

basic voltage classes, from class 0 to class 4.It depend on voltage application at our site. For the rubber mats,we must checked and make sure it must marked with the name of the

manufacturer,type, and class clearly and permanently. The ASTM D-178 logo also must appear on

the rubber mats.Normally it marking must be placed a minimum of every 3 ft or 1 meter.

For more detail about how to identifies class,maximum voltage and requirement for rubber

mat thickness,please refer the tables below :-

1) Table for rubber mats class and maximum voltage

2) Thickness requirements for insulating mats.

Formatted: Font: (Default) Arial, 10.5 pt, Fontcolor: Custom Color(RGB(198,26,26))

When and How to Use Rubber Mats. We should use rubber mats in areas where there possibility of electrical hazard and can cause

of electric shock such as switch board room.control panel and distribution board or others.

Rubber mats is a additional protective equipment to avoid and minimize the electric shocked.Always

checked the rubber mats condition before start ant task and not 100% to relied upon as the sole or

primary source of electrical insulation.Please used suitable electrical PPE when perform the tasks.

- See more at: http://www.electricneutron.com/electrical-safety/rubber-mats/#sthash.1QyHEupI.dpuf

Profile

Why ESD

(1) ESD Mat

(1A) ESD Diamond Mat

(1B) ESD Anti Fatigue Mat

(2) Sticky Mat

(3) Rubber Floor Mat

(4) Rubber Floor Tiles

(5) Door Mat

(6) Kitchen Mat

(7) PVC Floor Tiles

(8) Extruded Rubber

(8A) EPDM Rubber

(8B) NBR Rubber

(8C) Silicone Rubber

Formatted: Font: (Default) Arial, 10.5 pt, Fontcolor: Custom Color(RGB(198,26,26))

(9) Low Voltage Switchboard Mat 10kV

(9A) Switchboard Mat 20kV

(9B) Switchboard Mat 30kV

(9C) Switchboard Mat 40kV

(9D) Switchboard Mat 50kV

Location Map

Sitemap

Copyright © 2014 ESD ONLINE MARKETING ( 002172509-M ) ALL RIGHTS RESERVED

www.esdonlinemarketing.com www.esdMalaysia.com

Diamond Switchboard Matting :-

Non Conductive Switchboard Mat / Dielectric /High

Voltage Insulation Rubber Mat :-

Model : GS-SM,

Top Surface : Anti Slip Diamond

IEC 61111:2009 : CLASS 2 , Voltage Withstand Clause

5.6.4.3

Dielectric Test Voltage : 30kV,

Nominal Maximum Use Voltage : 17 kV

This webpage is designed to give informative guidance to potential and existing

users wishing to conform to the new EU/UK requirements for supply and use of

matting with electrical safety and resistance characteristics and make the correct

choice from the explanations and details listed below .

A) Which product is the correct Electrical Insulating Matting for protection against

electric shock risk ?

BS EN 61111:2009 is the latest standard for electrical insulating matting in

providing electrical protection.

B) International Withdrawal of BS921:1976 ?

This old standard is being withdrawn on 1st Jan 2013 ( Standard number , BS 921:

1976 , Published in March 1976 , Specification : Rubber mats for electrical

purposes , status : WITHDRAWN ) as it conflicts with IEC61111:2009.

C) Quality Assurance

Our Switchboard Mattings are backed with a detailed test certificate from an

independently accredited Malaysia Test Facility .

Our Switchboard matting / high voltage insulation rubber was tested according to

TNB technical specification :

A) BS EN 61111 Clause 5.6.4.3 , Voltage Withstand Test

Scope , Usage & Application :-

High Voltage Insulation Rubber Mats / Non Conductive Mats - Most commonly

called Switchboard matting, these non-conductive mats insulate workers,

protecting from deadly shocks generated by high voltage equipment.

High Voltage Insulation Rubber mats are NORMALLY used as floor

covering around electrical panels such as Power Transformer Rooms , Sub-Station

, High Voltage Panels , LT & HT Labs, Control Panels etc , act as a safety pre-

cautious for workers from electrical shock whether they are involved directly in

electricity generation, transmission, distribution or its use.

Eventually , the High Voltage Insulation Rubber Mats need to be tested ( with

proven data from LOCAL or internationalaccredited testing body ) before being

place at electrical generator rooms .

A) Product Characteristic :-

1) Material : NATURAL RUBBER ( NR ) BASE POLYMER

2) Model Name : ( GS-SM ) Switchboard Matting / High Voltage Insulation

Rubber Mat -- with Anti Slip ( Diamond Plate ) on Top Surface , Withstood 30kV (

Class 2 ) , 5mm Nominal Thickness , BLACK Colour with TNBR QATS Test

Certificate No. : TNBR/HVLT-2013-09/002 ( BS EN 61111 : 2009 Clause 5.6.4.3

)

3) Surface finishing : with anti slip diamond plate surface to provide safe working

environment

4) Specific gravity : ± 1.50 g/cm³

5) Hardness : 60 ± 5 Shore A

6) Elongation : Min ± 250 %

7) Tensile Strength : Min ± 5 MPa

8) OUR available Dimension :

Material Type : Natural Rubber ( NR ) base polymer with anti slip diamond plate

BS EN 61111 : 2009 Class 2 ( Withstood 30kV ) , GS-SM

A) Model : GS-SM 3A , Switchboard Matting, ( Black colour ) ,

5mm Tk x 1,000mm (1 m ) Width x 6,000mm ( 6 m ) Length / roll

( ~ 45kgs / pc )

9) Label Indication .

ESD ONLINE

MARKETING ( 002172509-M )

Terms & Conditions :

1) Cash & Carry

2) Transport charges not included

3) Price revise without prior notification

WHY ESD ?

Have you ever walked across a carpeted floor and gotten a shock when you

touched a doorknob, table, counter, or even another person?

That little shock you got was a result of static electricity. It was also many

times what is needed to destroy some computer components.

You see, humans can't feel a static shock until it is several thousand volts

strong, but it takes less than 30 volts to damage a sensitive computer component,

such as a stick of RAM or a processor.

That's why computer technicians and home computer builders have to guard their

computers against the deadly ravages of static electricity, as well as take steps to

avoid injury to yourself. A shock that you can't even feel can seriously damage

your homebuilt computer before you're even finished building it.

Outstanding Protection from Static Induced Damage to Mission Critical Data,

Networks, Servers and Computers

WHY ANTI STATIC CARPETING FOR YOUR FACILITY ?

Sophisticated electronics such as computer are manufactured in an ESD (static

controlled) environment for a very good reason: To insure reliable production and

reduce failures in the finished products. These same manufacturers have worked

diligently to shield your sensitive microelectronics from the damaging effects of

electrostatics in the end user market, yet user induced static discharge continues to

be a proven cause of computer related problems.

Minimal static discharges (below the threshold of human perception) often

cause occasional (yet annoying) glitches while more powerful discharges (> 2,500

volts) wreak havoc, causing network instability, damage to micro

electronics, corrupted data and lost production. The question is not IF static can

damage the integrity of your electronics but WHEN. It's just not worth the risk .

ESD Mats / Static Control Matting

Static control mats are an effective method of controlling electrostatic

discharge (ESD for short). Static electricity is typically generated by the contact

and separation of a person's clothes against their skin. The static builds until the

person touches something of a lower static potential. If uncontrolled, this

immediate discharge (an event) often causes irreparable damage to sensitive micro

electronics. Static control mats slow and control the esd event and allow the charge

to migrate harmlessly to ground.

For many years, electronics companies have invested in static-preventive wrist

straps, bins, bags, table mats, and ionizers—all in the hopes of eliminating

electrostatic discharge.

Some organizations realized immediate improvements—both in yield and

in reduction of field returns. Others simply found an ESD program necessary for

successful solicitation and retention of contracts. Many are not sure just what they

got and worse, why they got it. ESD has been recognized as a threat to electronic

devices since the introduction of blasting caps and detonators to the mining

industry. Numerous technical articles, awareness seminars, and preventive

products are readily accessible to industry. The cause, effect, and solution to ESD

is widely accepted and well documented. Why, then, is it so difficult for engineers

to convince management to provide the funds essential for establishing an in-house

static program? Many times, ESD-control programs do not measure up to the

anticipated objectives, or even more disheartening, are completely ineffective. To a

wide extent, these programs never really had a fighting chance; they were doomed

from inception. A major manufacturer of computer peripherals was quite proud of

its ESD program and was not shy to point out its considerable expenditure.

ESD and Anti Static Flooring Terminology

Antistatic Carpet:

The term antistatic refers to a condition where static generation is inhibited

during contact and separation with a different material. In general, antistatic carpet

is any carpet product that will generate less static electricity than standard carpet.

Antistatic carpet is not conductive and it is not possible to ground anti-static carpet.

Antistatic carpet usually contains bi-component yarns. The reason for specifying

antistatic carpet is to establish a space that will be free of static shocks, or zaps.

Most new antistatic carpet will prevent shocks as long as the relative humidity

(RH) is above 25%. Anti static carpet should NOT be confused with conductive or

ESD carpet. Antistatic is not a permanent property.

Anti Static Flooring:

The term antistatic refers to a condition where static generation is inhibited during

contact and separation with a different material. Anti static flooring can either be

static dissipative or static conductive.

Conductive:

refers to the ability of a material to conduct a charge to ground and is usually

indicated by an electrical resistance range measured in ohms of a minimum of 2.5

x 10⁴, ( 25,000 ohms ), to a maximum of 1.0 x 10 ⁶, (1 million ohms)

Profile

Why ESD

(1) ESD Mat

(1A) ESD Diamond Mat

(1B) ESD Anti Fatigue Mat

(2) Sticky Mat

(3) Rubber Floor Mat

(4) Rubber Floor Tiles

(5) Door Mat

(6) Kitchen Mat

(7) PVC Floor Tiles

(8) Extruded Rubber

(8A) EPDM Rubber

(8B) NBR Rubber

(8C) Silicone Rubber

(9) Low Voltage Switchboard Mat 10kV

(9A) Switchboard Mat 20kV

(9B) Switchboard Mat 30kV

(9C) Switchboard Mat 40kV

(9D) Switchboard Mat 50kV

Location Map

Sitemap

Copyright © 2014 ESD ONLINE MARKETING ( 002172509-M ) ALL RIGHTS RESERVED www.esdonlinemarketing.com www.esdMalaysia.com

1)

Diamond Switchboard Matting :-

Non Conductive Switchboard Mat / Dielectric /High

Voltage Insulation Rubber Mat :-

Model : GS-SMG,

Top Surface : Anti Slip Diamond

IEC 61111:2009 : CLASS 3 , Voltage Withstand Clause

5.6.4.3

Dielectric Test Voltage : 40kV ,

Nominal Maximum Use Voltage : 26.5 kV

This webpage is designed to give informative guidance to potential and existing

users wishing to conform to the new EU/UK requirements for supply and use of

matting with electrical safety and resistance characteristics and make the correct

choice from the explanations and details listed below .

A) Which product is the correct Electrical Insulating Matting for protection against

electric shock risk ?

BS EN 61111:2009 is the latest standard for electrical insulating matting in

providing electrical protection.

B) International Withdrawal of BS921:1976 ?

This old standard is being withdrawn on 1st Jan 2013 ( Standard number , BS 921:

1976 , Published in March 1976 , Specification : Rubber mats for electrical

purposes , status : WITHDRAWN ) as it conflicts with IEC61111:2009.

C) Quality Assurance

Our Switchboard Mattings are backed with a detailed test certificate from an

independently accredited Malaysia Test Facility .

Our Switchboard matting / high voltage insulation rubber was tested according to

TNB technical specification :

A) BS EN 61111 Clause 5.6.4.3 , Voltage Withstand Test

Scope , Usage & Application :-

High Voltage Insulation Rubber Mats / Non Conductive Mats - Most commonly

called Switchboard matting, these non-conductive mats insulate workers,

protecting from deadly shocks generated by high voltage equipment.

High Voltage Insulation Rubber mats are NORMALLY used as floor

covering around electrical panels such as Power Transformer Rooms , Sub-Station

, High Voltage Panels , LT & HT Labs, Control Panels etc , act as a safety pre-

cautious for workers from electrical shock whether they are involved directly in

electricity generation, transmission, distribution or its use.

Eventually , the High Voltage Insulation Rubber Mats need to be tested ( with

proven data from LOCAL or internationalaccredited testing body ) before being

place at electrical generator rooms .

A) Product Characteristic :-

1) Material : NATURAL RUBBER ( NR ) BASE POLYMER

2) Model Name : ( GS-SMG ) Switchboard Matting / High Voltage

Insulation Rubber Mat -- with Anti Slip ( Diamond Plate ) on Top Surface ,

Withstood 40kV ( Class 3) , 5mm Nominal Thickness , GREY Colour with TNBR

QATS Test Certificate No. : TNBR/HVLT-2013-09/003 ( BS EN 61111 : 2009

Clause 5.6.4.3 )

3) Surface finishing : with anti slip diamond plate surface to provide safe working

environment

4) Specific gravity : ± 1.50 g/cm³

5) Hardness : 60 ± 5 Shore A

6) Elongation : Min ± 250 %

7) Tensile Strength : Min ± 5 MPa

8) OUR available Dimension :

Material Type : Natural Rubber ( NR ) base polymer with anti slip diamond plate

BS EN 61111 : 2009 Class 3 ( Withstood 40kV ) , GS-SMG

A) Model : GS-SMG 3A , Switchboard Matting, ( Grey colour ) ,

5mm Tk x 1,000mm (1 m ) Width x 6,000mm ( 6 m ) Length / roll

( ~ 45kgs / pc )

9) Label Identification :-

ESD ONLINE

MARKETING ( 002172509-M )

Terms & Conditions :

1) Cash & Carry

2) Transport charges not included

3) Price revise without prior notification

Mobile No.

016 2555632

( Tel ) Office :

03-8723 2455

( Fax ) Office :

03-2178 4747

E-mail :

[email protected] Disclaimer :

* Note : Users need to evaluate suitability for their industries use ( applications ) before placing

order from us .

The Information provided on this website best advsie our customers corresponds to current

electrical matting standards .

In the individual case it is the sole responsibility of the customer to evaluate requirements , in

particular if specified properties are sufficient for use .

Method of calculation :-

( with non standard size order ) + 3% cutting cost of total product price . If you required a total length of non standard size , like example , 14M with width 1 m

,

a) unit price is RM290 ( refer to category No. 3 unit price ) x 14 m = RM 4,060.00 ,

b) Price of RM 4,060.00 + Cutting cost 3% of total price ( RM 121.80 ) =

RM 4181.80 .

b) for 14 m length , you need 2 rolls ( 2 rolls x 6m x 1m ) of Model : GS-SMG 3A and

1 non standard piece of 2 meters Length . ( Cash & Carry , Ex-Factory ).

( with standard size order )

If you required a total standard length of 18M with width 1 m ,

a) unit price per roll ( pc ) is RM1,710.00 / roll ( refer to category No. 6 unit price ) ,

b) for 18 m length , you need 3 rolls ,

c) RM 1,810 x 3 rolls = RM 5,430.00 , ( 3 rolls x 6m x 1 m ) of Model : GS-SMG 3A

. ( Cash & Carry , Ex-Factory ).

* Subject to available stock level.