Maximize Impact Resistance with PVC IMPACT MODIFIER ≤64% Shore Hardness and 1.35 G/cm3 Density

Product Description:

CPE 135A Product Summary:

CPE 135A, also known as Chlorinated Polyethylene, is a key PVC impact modifier that enhances the performance and properties of PVC products. With a CAS No of 63231-66-3, this product is widely used in various industries due to its exceptional characteristics.

Key Attributes:

• Tensile Strength: ≥6.0Mpa
• Heat Of Fusion: ≤2.0J/g
• Density: 1.35 G/cm3
• Appearance: White Powder

CPE 135A is specifically designed to improve the impact resistance, flexibility, and weatherability of PVC products. Its high tensile strength of ≥6.0Mpa ensures durability and long-lasting performance in various applications.

The low Heat Of Fusion value of ≤2.0J/g makes CPE 135A an excellent choice for applications where thermal stability is crucial. This attribute also contributes to its impact modification capabilities, making it an ideal choice for enhancing the toughness of PVC materials.

With a density of 1.35 G/cm3, CPE 135A provides the desired balance of strength and flexibility without compromising on the overall density of the final product. This makes it suitable for a wide range of PVC formulations where both physical and mechanical properties are important.

The appearance of CPE 135A as a white powder allows for easy incorporation into PVC formulations, ensuring uniform dispersion and optimal performance enhancement. Its compatibility with PVC resin makes it a versatile and efficient impact modifier for various applications.

In summary, CPE 135A is a top-quality Chlorinated Polyethylene product that serves as a reliable PVC impact modifier with exceptional tensile strength, low heat of fusion, and ideal density. Its white powder form and compatibility with PVC resin make it a preferred choice for enhancing the properties of PVC products in different industries.

Features:

• PVC IMPACT MODIFIER: CPE 135A
• PVC IMPACT MODIFIER: Elongation: ≥600%
• PVC IMPACT MODIFIER: Appearance: White Powder
• PVC IMPACT MODIFIER: Tensile Strength: ≥6.0Mpa
• PVC IMPACT MODIFIER: Chlorine content: 35±1
• PVC IMPACT MODIFIER: Shore Hardness (A): ≤64%

Technical Parameters:

Elongation	≥600%
Mooney Viscosity	≤96ML(1+4) 125℃
Density	1.35 G/cm3
Cas No	63231-66-3
Appearance	White Powder
Volatile	0.75%
Heat Of Fusion	≤ 2.0J/g
Shore Hardness (A)	≤64%
Chlorine content	35±1
Tensile Strength	≥6.0Mpa

Applications:

CPE 135A, also known as Chlorinated Polyethylene, is a versatile material manufactured by the renowned brand RUNYE. With its model number 135A, this product originates from CHINA, ensuring high quality and reliability. The CAS No 63231-66-3 further establishes its identity and purity.

One of the key attributes of CPE 135A is its Mooney Viscosity of ≤96ML(1+4) at 125℃, indicating its excellent flow characteristics and processability. Additionally, the density of 1.35 G/cm3 makes it a lightweight yet durable option for various applications.

When it comes to hardness, CPE 135A boasts a Shore Hardness (A) of ≤64%, providing a good balance between flexibility and rigidity. Moreover, its Heat Of Fusion is ≤ 2.0J/g, making it suitable for applications requiring thermal stability.

YAXING CPE 135A is ideal for a wide range of product application occasions and scenarios. Its versatility makes it a popular choice in industries such as automotive, construction, electronics, and more. Due to its excellent chemical resistance and weatherability, it is often used in outdoor applications.

Whether you need a material for seals, gaskets, wire and cable jackets, hoses, or impact-resistant products, CPE 135A from RUNYE is a reliable option. Its unique properties make it suitable for both indoor and outdoor use, ensuring durability and performance in various environments.

Choose YAXING CPE 135A for your next project and experience the superior quality and performance that this product from RUNYE offers. Trust in its CHINA origin, CAS No 63231-66-3, and impressive specifications to meet your specific application requirements.