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Spec/Approval

Requirement

Products

UL -224 with VW-1

flame rating

Flame-resistant material. The tubing must not continue to burn longer than 1 minute.

Military Grade Heat Shrink Label

UL 969

Material must not lose legibility, defacement and adhesion properties when exposed

to 48 hrs. water immersion, 10 days oven exposure at maximum temperature and 7 hrs.

at minimum temperature, and 750 hrs. UV radiation exposure.

Raised Panel Label, Self-Laminating

Tedlar Super-Tack Polyester Label/Tape,

Continuous Vinyl Tape

C22.2 No. 0.15-01

Material must not lose legibility, defacement, and adhesion properties when exposed

to same conditions as UL969. In addition, the material is also exposed to heat and cold

humidity cycling, solvent immersion, abrasion and solvent abrasion.

Raised Panel Label, Self-Laminating

Tedlar Super-Tack Polyester Label/Tape,

Continuous Vinyl Tape

AMS-DTL-23053/5

(Class 1 and 3)

Flame-resistant material. Continuous operating temperature range is

-55 °C (-67 °F) to 135 °C (275 °F).

Military Grade Heat Shrink Label

AMS-DTL-23053/6

(Class 1)

Flame-resistant material. Continuous operating temperature range is

-55 °C (-67 °F) to 135 °C (275 °F).

Fluid-Resistant Heat Shrink Label

SAE-AS81531

(Rub Test)

Print shall remain legible after 20 rubs with hard hand pressure.

High-Temperature Marker Plate

SAE-AS5942

(Rub Test)

Military Grade Heat Shrink Label,

Halogen-Free Heat Shrink Label,

Fluid-Resistant Heat Shrink Label

MIL-STD-883F (Test

Standard) - Chemical

Information below

The markings on the component parts shall remain legible when subjected to the

following solvents; these solvents will not cause deleterious, mechanical or electrical

damage, or deterioration of the material.

See below product for each chemical test

Chemical Used -

METHOD 2015.13

SOLUTION A

At 20C-30C a mixture consisting of the following: (1) one part by volume of isopropyl

alcohol; and (2) three parts by volume of mineral spirits.

Military Grade Heat Shrink Label,

Halogen-Free Heat Shrink Label,

Fluid-Resistant Heat Shrink Label

Chemical Used -

METHOD 2015.13

SOLUTION B

A semi-aqueous or non-aqueous based organic solvent like a terpene or

heterocyclic compound.

Military Grade Heat Shrink Label,

Halogen-Free Heat Shrink Label

Chemical Used -

METHOD 2015.13

SOLUTION D

At 63C-70C, a mixture consisting of the following: (1) 42 parts by volume of deionized

water; (2) 1 part by volume of propylene glycol monomethyl ether; and (3) 1 part by

volume of monoethanolamine.

Military Grade HeatShrink Label,

Halogen-Free Heat Shrink Label,

Fluid-Resistant Heat Shrink Label

MIL-STD202G (Test

Standard) - Chemical

Information below

The markings on the component parts shall remain legible when subjected to the

following solvent; these solvents will not cause deleterious, mechanical or electrical

damage, or deterioration of the material.

See below product for each chemical test

Chemical Used -

METHOD 215K

SOLUTIONS A

A mixture consisting of the following: (1) one part by volume of isopropyl alcohol;

and (2) three parts by volume of mineral spirits.

Marker Plate Halogen-Free Heat Shrink Label,

Raised Panel Label,

Fluid-Resistant Heat Shrink Label

Chemical Used -

METHOD 215K

SOLUTIONS C

A terpene defluxer consisting of a minimum of 90% d-limonene and 10 % surfactant.

Marker Plate Halogen-Free Heat Shrink Label,

Raised Panel Label

Chemical Used -

METHOD 215K

SOLUTIONS D

A mixture consisting of the following: (1) 42 parts by volume water; (2) 1 part by volume

of propylene glycol monomethyl ether; and (3) 1 part by volume of monoethanolamine.

Marker Plate Halogen-Free Heat Shrink Label,

Raised Panel Label,

Fluid-Resistant Heat Shrink Label

BS6853

1999 Vehicle Category 1A for burning behavior and toxic gas emissions.

Smoke Density Class II

Halogen-Free Heat Shrink Label

NF F00-608

Class A and H

Print shall remain legible after 10 rubs after being immersed for 168 hrs. in HCL acid,

diesel, NaOH base and 70 hrs. in mineral spirit. Tensile strength shall be equal to or

greater than 14MPa and elongation shall be 400% or higher.

Fluid-Resistant Heat Shrink Label

LOCA/MSLB

(IEEE 323-2003)

The qualification requirements in this standard, when met, demonstrate and document

the ability of equipment to perform safety function(s) under applicable service conditions,

including design basis events, reducing the risk of common-cause equipment failure.

High-Temperature Marker Plate,

Military Grade Heat Shrink Label

(AMS-DTL-23053/5[Class 1 and 3] only)

Please refer to the Technical Data Sheet for each product for complete information.

INDUSTRY COMPLIANCE