POE-g-MAH白色または淡黄色均一粒子ポリマーナイロン-50℃超低温強靭化相溶化剤

W1B is prepared by grafting maleic anhydride by POE reaction. Since it introduces a strong polar side group (maleic anhydride) on the main chain of POE molecule, maleic anhydride grafted POE can become a polar material. A bridge for adhesion and compatibility with non-polar materials. In the application of nylon + glass fiber modification, it can react with the glass fiber after surface treatment to improve the compatibility of nylon and glass fiber, thereby improving the tensile strength and impact strength of nylon. W1A can be used as both a compatibilizer and a toughening agent. As a nylon compatibilizer, it is also suitable for PA/PE and PA/PP alloys, which can improve the toughness of the alloys. W1B is an ultra-low temperature toughening agent. The impact strength of PA6+20%W1B at -40℃ can be maintained at 70-80% of normal temperature impact.

The copolymer of ethylene and octene (POE), which has exceptional elasticity and strong weather resistance due to the absence of double bonds in the macromolecular chain, is one example of a metallocene polyolefin that is a thermoplastic elastomer. POE was first primarily employed to toughen polyolefins, however after being grafted with reactive monomers like maleic anhydride, POE exhibits strong compatibility with nylon. The best toughening agent for PA6 and PA66 is POE hardened PA6, which not only has great impact resistance at low temperatures (-50°C), but also strong impact strength at room temperature.

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Cold-resistance test data:

As can be seen from the above figure, the product has a good low temperature toughening effect on nylon between -40 and -50, and the notch impact rejection rate at low temperature is very high.

W1B is ethylene elastomer with functionalized maleic anhydride,which is especially  suitable for super-tough or cold-resistant nylon.It has the characteristics of low odor, high grafting rate, excellent bonding performance and wide applicability. Can be applied to nylon modified system for toughening.

• Uniform Particle Polymer: The modifier’s uniform dispersion and distribution inside the nylon matrix are guaranteed by its composition of white or light yellow particles. This feature improves the modifier’s compatibility and blending efficiency, which improves the mechanical qualities and consistency of the final product.
• Extensive Temperature Range: The POE-g-MAH Modifier performs admirably across a broad temperature range. It can be used in a variety of climate situations because it retains its compatibility-improving and toughening qualities at temperatures as low as -50°C.

Enhanced Low-Temperature Performance: Materials based on nylon perform noticeably better at low temperatures when treated with the POE-g-MAH Modifier. Excellent mechanical strength, impact resistance, and dimensional stability are guaranteed, even in extremely cold temperatures, which makes it appropriate for use in the outdoor equipment, automobile, and aerospace industries.

Enhanced Compatibility: This modifier makes nylon matrices and the modifier more compatible with one another. Better adhesion and dispersion are encouraged, which improves mechanical qualities like impact resistance, flexural strength, and tensile strength. Better processability and lower production costs are further benefits of the increased compatibility.
constant Particle dispersion: The homogenous particle polymer composition of the modifier ensures a constant dispersion inside the nylon matrix. This feature increases the finished product’s overall performance and quality, decreases the likelihood of errors, and improves product homogeneity.

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