What is UL94V-0 Flame Retardant?

The UL94V-0 flame retardant test standard is an international standardized flame retardant performance evaluation method widely used in the field of plastic materials.

 

UL94V-0 flame retardant test method

The UL94V-0 flame retardant test mainly includes the following steps:

1. Prepare samples: According to the test requirements, prepare a certain number of plastic samples and perform necessary preprocessing, such as cutting, grinding, etc.

2. Ignite the sample: On specific testing equipment, use a standard flame to ignite one end of the sample, and observe and record the combustion behavior of the sample.

3. Measurement indicators: Record key indicators such as the burning speed, burning time, and flame spread distance of the sample, and analyze the smoke and harmful gases generated after combustion.

4. Evaluation results: Based on the test results, determine whether the flame retardant performance of the sample meets the requirements of the UL94V-0 standard.

 

Product Specification

The Regular thickness is 0.01~0.05mm

The max width is 160CM

All is also can be customized according to the customer`s request

 

Product Packaging

100M2/Roll,Woven bags lined with plastic bags or Carton.

Halogen free Flame-Retardant hot melt adhesive film can be customized according to the customer request.

 

Product Application

The UL94V-0 flame retardant hot melt adhesive film  is widely used in various plastic material fields, including but not limited to wires and cables, electronic appliances, building materials, automobile parts, etc. These fields have high requirements for the flame retardant properties of materials, and they need to ensure that the materials will not cause fires or reduce the hazards of fires under specific conditions. Therefore, the UL94V-0 flame retardant test standard has become an important reference for evaluating the flame retardant performance of materials in these fields.

 

Product Physical Property Sheets

Chemicals and Corporate Identify
Product Name	A27 flame retardant mixed hot melt adhesive film
Composition	Hot melt adhesive: 85%(AA+MDI+BDO compound)
	Flame retardant :15% APP flame retardant material
Corporate Name and Address	Jiangyin Weitao Plastics New Material Co., Ltd.
	ADDRESS:NO.22 LONGTENG ROAD ZHOUXI INDUSTRIAL PARK ZHOUZHUANG TOWN JIANGYIN CITY,JIANGSU PROVINCE
	TEL：+8615370292328
	FAX：0510-86222111
Toxic component
No
Emergency Measures
It hasn't any emergency treatment requirement, according to the product character
Fire-fighting Measures
Fire extinction media	Spray water,dry powder,foam,carbon dioxide
Protective equipment	Firefighters should wear self-contained breathing apparatus when there is a risk of contact with combustion decomposition products.
Special Danger	Combustion and high temperature decomposition produce smoke
Emergency Treatment
Personal Prevention	No
Environmental Prevention	No
Cleaning Method	Clean up and handle it according to the rules
Carry and Storage
Carry	Handle with care
Safe Carrying	Handle with care
Storage	Store in cool and dry condition.
Contact Control and Personal Prevention
Contact Control	No
Personal Protection	Pls wear the protection glasses and gloves because the operating temperature of the hot melt adhesive is too high
Others Protection Measure	Don't need any others protection measure
The physical property
Boiling point	No
Vapour tension	No
Density	1.25±0.5(25℃)
Melting point	110±5℃
Evaporation rate	No
Water Solubility	Zero
Appearance	White adhesive film
Flashing point	No
Stability
The dangerous for decomposition product	No
Common Sense of the Toxicity
According to the characteristics of the product, the product will be completely excreted after eating
Body influence	No
Common Sense of the Ecology
No
Treatment
Product	According to the operating procedures, the waste should be incinerated in the incinerator
Transportation
It isn't dangerous goods according to national and international transport rules,

The UL94V-0 flame retardant test standard is an international standardized flame retardant performance evaluation method widely used in the field of plastic materials.