Flame Shield

FLAMESHIELD ™ is the first of Technicon’s proprietary high-performance facings.

Flame Shield FacingFLAMESHIELD ™ can withstand continuous temperatures above 400 ° F without burning or sustaining a flame when exposed to fire. FLAMESHIELD ™ also protects foams and fibers along with different absorbers in the case of a fire for up to 8 minutes. Due to its microporous structure, it also allows high frequency and low frequency to be effectively absorbed.

Performance

FLAMESHIELD ™ withstands high-temp applications of 400 ° F and will resist an open flame for more than 8 minutes. FLAMESHIELD ™ is a microporous, non-woven fabric that increases airflow resistance to aid in low-frequency without affecting high frequency.

Applications:
  • Fire resistant facing for acoustic insulation
  • Combine with MLV barrier for fire-resistant sound/welding curtains
  • Fire resistant layer for seating and flooring
  • Fire resistant veil for bedding
Features/Benefits:
  • High Chemical Resistance
  • Resists open flame for more than 8 minutes at only .020 inches thick.
  • Microporous for increased airflow resistance
  • Provides high-frequency absorption
  • Operates at high temperature at 400 ° F

Tech Data

Product: AF-021-40-FS-00  Product Description: 1-inch thick polyether foam with flame shield facing. Click to learn more

Product: VB-300-00-FS-FS  Product Description: 1 lb/ft ² PVC barrier with FLAMESHIELD ™ resistant scrim on both sides. Click here to learn more.

 

 

Resources

Frequently Asked Questions

1.) What is FlameSheild ™

  • FlameShield ™ is a proprietary high-performance facing based on non-woven technology developed for Tech Shield ™ product line.

2.) What is the continuous temperature Flame Shield ™ can withstand?

  • FlameShield ™ can withstand continuous temperatures above 400 ­°F without burning or sustaining a flame when exposed to fire.

3.) What does FlameShield ™ do?

  • FlameShield protects foams and fibers with different absorbers in the case of a fire up to 8 minutes. Due to its microporous structure, it also allows high frequency and low frequency to effectively absorbed.

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