Low temperature resistant nylon toughener (W1A)

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Low temperature resistant nylon toughener

Model No.: W1A

Introduzione:

Low temperature resistant nylon toughener. W1A is prepared by grafting maleic anhydride by POE reaction.

W1A can be used not only as a compatibilizer but also as a toughening agent. As a nylon compatibilizer, it is also suitable for PA/PE, PA/PP alloys, which can improve the toughness of alloys.

Richiesta

Descrizione dei prodotti

A state-of-the-art product called the Low Temperature Resistant Nylon Toughener was created to improve the performance and toughness of nylon materials in low-temperature settings. This ground-breaking toughener was created expressly to address the problems nylon-based goods encounter when exposed to extremely low temperatures. This toughener provides a wide range of advantages and uses across several sectors thanks to its excellent qualities and distinctive composition.

The Low Temperature Resistant Nylon Toughener’s main purpose is to increase the impact resistance and flexibility of nylon materials at low temperatures. It functions as a strengthening agent, improving the overall toughness and resilience of nylon goods against cracking, brittleness, and failure in extremely cold circumstances. This toughener successfully reduces the detrimental effects of low temperatures on nylon, ensuring the material maintains its performance and structural integrity.

W1A is prepared by grafting maleic anhydride by POE reaction. Because it introduces a strong polar side group (maleic anhydride) into the main chain of POE molecule, maleic anhydride grafted POE can become a polar material A bridge of 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.

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Caratteristica

As a toughening agent for nylon, W1A has excellent low-temperature performance. The impact strength of PA6+15%W1A at -40°C can be maintained at 35-40% of that at room temperature.
W1A is a commonly used compatibilizer in polymer blends, which can improve the compatibility between two or more polymers that are typically immiscible. However, it is not typically used as a toughening agent.
Toughening agents are typically materials that can improve the impact resistance of a polymer, and are often added to brittle polymers to improve their toughness. Examples of toughening agents include elastomers, core-shell particles, and thermoplastic modifiers.
While it is possible that W1A could have some toughening effect on a specific polymer blend, its primary role is as a compatibilizer.

Vantaggio

1. Improved Low-Temperature Performance: Nylon materials can resist extreme cold settings without losing their usefulness thanks to the Low Temperature Resistant Nylon Toughener’s considerable improvement in low-temperature impact strength.

2. Enhanced Flexibility: By making nylon more flexible, this toughener keeps it from becoming brittle and susceptible to cracking when exposed to low temperatures. It enables nylon-based items to keep their performance and shape even at extremely cold temperatures.

3. Increased Durability: This toughener increases the material’s overall toughness and resilience by strengthening the nylon matrix. It increases the lifespan of nylon goods by lowering the possibility of failure, fracture, and damage brought on by low-temperature impacts.

4. Wide Range of Uses: The Low Temperature Resistant Nylon Toughener is suitable for use in a variety of fields and situations where nylon materials are subjected to low temperatures. It is appropriate for electrical insulation, outdoor equipment, automotive components, and other goods that need outstanding low-temperature performance.

5. Compatibility with Nylon: The toughener blends in and out of the matrix with ease thanks to its exceptional compatibility with nylon materials. It successfully forms a link with the molecules of nylon, improving the material’s overall functionality and mechanical qualities.

6. Toughening Effect: By giving nylon materials extraordinary toughness, the toughener improves their resilience to impact, abrasion, and fatigue. Even in severe situations, this action greatly increases the nylon components’ dependability and longevity.

7. Simple Incorporation: During the production process, the toughener is intended to be easily incorporated into the nylon matrix. It can be added via compounding or melt mixing techniques, guaranteeing a streamlined and effective production process.

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