Specification
XS-FR-C103 is a composite flame retardant, which is mainly used in flame retardant finishing of water-based and oil-based textile coatings. Its compatibility and good dispersion ensure that the finished fabric has an outstanding flame retardant effect. It has the characteristics of low addition amount and little influence on the performance of glue after mixing flame retardant and glue. It is suitable for flame retardant coatings with high requirements on water pressure, fastness and tear strength.
Characteristics | Unit | Value |
Appearance | / | Waite Powde |
Effective Content | % | 99 |
Water Content | % | ≤0.3 |
Whiteness | / | ≥94 |
Bulk Density | g/cm³ | ~0.84 |
Average Particle Size (D50) | um | 2~4 |
XS-FR-C103 is applicable to fabric coating. Both the primer and top coating can be used. The additional amount varies greatly according to the fabric characteristics and coating thickness requirements. Generally, the recommended additional amount is 15%~30%, which can be adjusted according to the actual process conditions.
Manufacturing Facility in XUSEN
Professional Composite Flame Retardant For Fabric Coating XS-FR-C103 manufacturer in China, We currently achieved an annual production capacity of 12,000 tons. We can also OEM, simply wholesale Composite Flame Retardant For Fabric Coating XS-FR-C103 direct from manufacturer. We have our own production workshops and warehouses, equipped with complete production and quality inspection equipment.
(1) Cooling effect: Some flame retardants absorb the heat released when plastics burn, lowering the temperature of the burning plastic and preventing it from further degrading or cracking, thus interr...
READ MOREThese chemicals, which do not contain halogens (chlorine, bromine, or iodine), offer significant advantages over traditional flame retardants. In this article, we will explore the science behind halog...
READ MOREWhat Are Single Substance Flame Retardants?Single substance flame retardants are chemicals designed to suppress or prevent the ignition and spread of fire in materials, typically by being added to the...
READ MORE