As the base film of flame retardant film, the flame retardant film can exert its flame retardant performance after downstream coating, compounding and other processing procedures, and is widely used in the electromechanical industry as an insulating material.The flame retardant film can be used as the packaging of lithium batteries and insulating material in large capacitors after being coated with flame-retardant adhesive downstream.
Uses of Flame Retardant Film
1. The fire retardant film is mainly used in electrical machinery, building decoration materials and heating engineering in cold weather areas with requirements for product safety.
2. It is used for labels and labels of batteries and electronic products, as well as insulating clapboard with high flame retardant requirements. The flame retardant grade can reach the VTM-0 standard of UL94 (yellow card number: E516097)
3. Thickness range from 25-100 μ m with various colors, including transparent flame retardant film, black flame retardant film, white flame retardant film and golden flame retardant film.
Advantages of Flame Retardant Film
Fire Protection
flame retardant pet film
Fire protection - Creates a barrier that slows the spread of fires and prevents property damage and loss of life.
Health And Safety
fire retardant plastic film
Health and safety - Non-toxic, environmentally safe, and protects occupants from inhalation of toxic fumes.
Cost-effective
flame retardant film
Cost-effective - Economical compared to replacing or repairing fire-damaged properties, making them a viable solution for businesses and individuals.
Flame Retardant Film Tests and Standards
Fire Resistance Tests
Flame retardant films must be able to resist the ignition and spread of fire. Fire resistance tests measure the film's capacity to extinguish flames, prevent or delay the spread of fire, and release low levels of heat and smoke. Among the most common standards for fire resistance tests are the ASTM E84, NFPA 701, and UL 723.
Smoke and Toxicity Tests
During a fire, smoke and toxic fumes can cause asphyxiation, which can be very dangerous for occupants. Smoke and toxicity tests for flame retardant films evaluate the level of smoke that the film emits, the impact of the smoke on the environment, and the level of toxicity that the emitted gases have. Test standards such as ASTM E662, SAE J369, and NF F 16-101 regulate smoke and toxicity evaluations.
Thermal Stability Tests
Fire retardant shrink wrap must have the capacity to maintain their fire-resistant properties at extended high temperatures. Thermal stability tests measure the film's capacity to withstand high temperatures, which is critical to preventing fires from spreading or igniting. Testing standards relating to thermal stability include ASTM D4804, ASTM D3014, and NF X 70-100.
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