Alfa Chemistry combines the latest flame retardant technology to provide you with flame retardant custom development service to help various industries deal with the flammability risks of materials.
Alfa Chemistry offers a wide range of the latest flame retardant additive technologies to enhance effectiveness. Our materials chemistry experts can help you determine the best solution for your product.
Cross-linking and grafting techniques are widely used in polymer materials. For example, the bromination and chlorination of polyethylene (PE) is a typical case of the application of grafting technology. The dispersibility, migration and compatibility with the substrate of the treated flame retardant can well meet the requirements.
The flame retardant micro-material is coated with inorganic or organic matter, and the stability of the coated flame retardant and the compatibility with the substrate are greatly improved. This is a rapidly developing and efficient flame retardant treatment technology. For example, inorganic coating of red phosphorus is a typical application of microencapsulation technology.
The flame retardant effect of many flame retardants is closely related to its particle size, so the ultra-fine treatment of flame retardant compounds makes them more evenly distributed in the flame retardant polymer, which can achieve the ideal flame retardant effect.
The compound flame retardant system has a good flame retardant synergistic effect and smoke suppression. For example, N-P flame retardant is a compound flame retardant that is widely developed and applied.
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