Charring Agent For HFFR Cable

Charring agent For LSOH can serve as an effective charring agent in halogen-free flame retardant (HFFR) cable formulations, enhancing fire resistance while maintaining mechanical and electrical properties. Here’s a detailed breakdown of Charring agent For LSOH's role, benefits, and application:

Role of Charring agent For LSOH

1.Char Formation & Insulation

• When exposed to fire, Charring agent For LSOH dehydrates (releasing water vapor) and forms a stable, porous char layer, which:

• Charring agent For Cable And Wire Acts as a thermal barrier, slowing heat transfer to the inner cable core.

• Charring agent For Cable And Wire Blocks oxygen diffusion, suppressing flame spread.

• Charring agent For Cable And Wires fibrous structure reinforces the char, preventing cracking and improving durability.

2.Synergy with HFFR Systems

• Works best when combined with:

• Metal hydroxides (e.g., aluminum trihydroxide (ATH) or magnesium hydroxide (MDH)) – Environmental Grade Charring agent Endothermic cooling + charring.

• Intumescent additives (e.g., ammonium polyphosphate (APP)) – Environmental Grade Charring agent Boosts char expansion.

• Silicon-based compounds (e.g., silica or silanes) – Environmental Grade Charring agent Enhances char stability.

3.Smoke & Toxicity Reduction

Charring agent For Plastics Minimizes toxic smoke and corrosive gas emissions (critical for IEC/EN standards).

Advantages in Charring agent For Cable And Wire

√ Halogen-Free – Charring agent For Plastics Complies with RoHS, IEC 60754, and EN 50575 standards.
√ Low Thermal Conductivity – Charring agent For Plastics Improves fire resistance without compromising electrical insulation.
√ Lightweight – Charring agent For Plastics Does not significantly increase cable weight (vs. ATH/MDH at high loadings).
√ Process-Friendly – ECharring agent for flame retardant Disperses well in polyolefins (LDPE, EVA, EPR) used in cable jacketing.

Contact us today for samples and technical data sheets!

TEST ITEM