Brief: Observe the step-by-step operation and see practical examples of usage. This video demonstrates the application of White (Nh4po3)n App Phosphorous Wood Flame Retardant, showing how it is used for flame retardant treatment in plywood, timbers, and fibreboard. You'll learn about its formulation as a solution or dry powder, its environmental benefits, and its role in intumescent fire retardant coatings and systems.
Related Product Features:
Ammonium polyphosphate-based flame retardant with high thermal stability, decomposing above 250°C.
Environmentally friendly formulation suitable for use as a fire extinguishing agent and flame retardant.
Can be applied as a solution or dry powder for effective fire protection in wood products.
Used in intumescent fire retardant coatings and systems for enhanced safety.
Suitable for flame retardant treatment of textiles, paper, fiber, and wood via autoclaving, impregnation, or spraying.
Can be formulated into high-concentration flameproof liquids for specialized production requirements.
Also serves as a binary compound fertilizer with high concentration and slow-release properties.
Features a pH value between 5.0 and 7.5, ensuring compatibility with various materials.
FAQs:
What is the primary application of this wood flame retardant?
It is primarily used for flame retardant treatment of plywood, timbers, fibreboard, textiles, paper, and fiber, applied via autoclaving, impregnation, or spraying.
Is this flame retardant environmentally friendly?
Yes, it is an environmentally friendly phosphorous-based flame retardant, derived from formulations similar to those used in forest fire extinguishing agents with low environmental impact.
Can this product be used in fire extinguishers?
Yes, it can be formulated as a solution or dry powder fire extinguishing agent and is also used in water-based fire extinguishers and wood varnishes.
What is the thermal stability of this flame retardant?
Ammonium polyphosphate in this product has a decomposition temperature greater than 250°C, providing high thermal stability for effective fire protection.