Jinwei Nano Antimony Trioxide Substitute (100%)

JW-01-FR4010-2 (ABS Type)

Antimony trioxide substitute is a new type of halogen-free, eco-friendly flame retardant material. It is primarily composed of silicon and is meticulously formulated and refined by combining effective rare earth elements, synergists, dispersants, and heat-resistant agents. It is widely applicable in scenarios where antimony trioxide is used for flame retardancy, such as in plastic materials including PVC, PP, PE, ABS, PA, and PET.

This product is a grayish-white, free-flowing powder that is odorless. It contains no polybrominated biphenyls (PBB) or polybrominated diphenyl ethers (PBDE). Heavy metal content has passed SGS testing, and the product fully complies with multiple environmental standards, including RoHS, REACH, and PAHs.

一、Product Features:

1. It possesses excellent flame-retardant properties and thermal stability, maintaining stable chemical properties at high temperatures;

2. Compared to antimony trioxide, this product not only offers superior environmental performance but also enhances the mechanical properties of the material;

3. Through the inclusion of high-temperature-resistant additives, the heat resistance of the finished product can be significantly improved;

4. It eliminates the heavy smoke generated during the antimony trioxide flame-retardant process, thereby enhancing the product’s environmental performance;

5. It requires a low dosage, resulting in low addition costs and low smoke emission.

二、 Recommended Formulation:

三、Recommendations for Use:

The recommended addition ratio of the flame retardant may vary slightly depending on the formulation, as the amounts of other additives differ.

It is recommended to conduct small-scale trials before large-scale production and adjust the addition ratio of the flame retardant as appropriate.

四、 Packaging, Storage, and Transportation:

Packaged in 25 kg bags made of paper-plastic composite film with an inner lining; to be stored and transported as non-hazardous goods.