PrimaSelect PLA Flame Retardant

Discover PrimaSELECT PLA Flame Retardant – The Next Generation of High-Performance PLA!

Welcome to our world of 3D printing with PrimaSELECT PLA (Polylactic Acid), the perfect choice for those seeking top quality at an affordable price. Our new generation of PLA filament not only offers fantastically vibrant colors but is also a more environmentally friendly option, making it the obvious choice for all your creative projects.

Why Choose PrimaSELECT PLA Flame Retardant?

UL94-V0 is a classification within the UL94 standard, which is a standard for assessing the flammability of plastic materials. It is used to determine how easily a plastic material ignites and how quickly it burns when exposed to a flame.

What UL94-V0 Means:

•  Flame Spread Rating:  UL94-V0 is the highest rating in the V series (V-0, V-1, V-2), indicating that the material is very difficult to ignite and quickly self-extinguishes when ignited.
•  Test Procedure:The test involves exposing a sample piece of the plastic material to a flame for 10 seconds and then observing how long it takes for the flame to extinguish.
• For UL94-V0, each individual burn time must not exceed 10 seconds after the flame is removed.
• None of the five test samples can have a total burn time exceeding 50 seconds across all tests combined.
•  Burning Drips: To meet the UL94-V0 standard, no flaming drips from the sample piece should ignite a cotton pad placed underneath the sample.

Summary of UL94-V0 Requirements:

• Burn Time per Sample: Maximum 10 seconds.
• Total Burn Time for Five Samples: Maximum 50 seconds.
• Flaming Drips: No drips should ignite cotton underneath the sample during the test.

Applications:

• Electronics and electrical components.
• Household appliances where plastic parts may be exposed to heat or flame.
• Automotive industry.
• Construction and building materials.

By using materials that meet the UL94-V0 standard, manufacturers can ensure that their products have a high level of fire safety, reducing the risk of fire-related accidents.

Technical Data