White Powder CPE 135A with Density of 1.35 G/cm3 and Tensile Strength ≥6.0Mpa

Product Description:

The CPE 135A product is a PVC impact modifier that belongs to the family of chlorinated polyethylene. It is specifically designed to enhance the impact strength and other important properties of PVC materials. This versatile product offers a variety of benefits and features that make it an ideal choice for various applications.

One of the key attributes of the CPE 135A product is its low volatility, with a rate of only 0.75%. This ensures that the product remains stable and reliable during processing and application, contributing to consistent performance and quality in the final PVC products.

Another important characteristic of the CPE 135A product is its heat of fusion, which is equal to or less than 2.0 J/g. This property indicates the amount of energy required to melt the material, highlighting its thermal stability and suitability for processing at different temperature ranges.

The chlorine content of the CPE 135A product is specified at 35±1, which plays a crucial role in its compatibility with PVC materials. This controlled chlorine level ensures effective blending with PVC resins, resulting in improved impact strength and other desired properties in the final products.

When it comes to mechanical properties, the CPE 135A product offers a tensile strength of at least 6.0 Mpa. This high tensile strength enhances the durability and structural integrity of PVC materials, making them more resistant to external forces and impacts.

With a CAS number of 63231-66-3, the CPE 135A product is a well-defined and standardized material that meets industry regulations and quality standards. This provides assurance of its reliability and performance in various applications where PVC impact modification is required.

In summary, the CPE 135A product is a highly effective PVC impact modifier that offers a combination of low volatility, controlled chlorine content, excellent heat of fusion, high tensile strength, and compliance with industry standards. Its versatility and performance make it a preferred choice for enhancing the properties of PVC materials in a wide range of applications.

Features:

• CPE 135A
• Mooney Viscosity: ≤96ML(1+4) 125℃
• Elongation: ≥600%
• Density: 1.35 G/cm3
• Cas No: 63231-66-3
• Chlorine content: 35±1

Technical Parameters:

Applications:

The RUNYE CPE 135A, a PVC impact modifier, is a versatile product suitable for various applications across different industries. With a model number of 135A, this product originates from China, ensuring high quality and reliability. The density of CPE 135A is 1.35 G/cm3, making it a lightweight yet effective solution for enhancing the impact resistance of PVC materials.

One of the key attributes of the RUNYE CPE 135A is its Cas No: 63231-66-3, which guarantees its authenticity and compliance with industry standards. The shore hardness (A) of this product is ≤64%, indicating its flexibility and ability to improve the toughness of PVC compounds. The appearance of CPE 135A is a fine white powder, making it easy to blend and incorporate into various formulations.

With a chlorine content of 35±1, the RUNYE CPE 135A is specifically designed to meet the requirements of PVC processing, offering excellent compatibility and stability. This PVC impact modifier is ideal for scenarios where improved impact strength and durability are essential, such as in the production of pipes, fittings, profiles, and cables.

The versatility of CPE 135A makes it a preferred choice for manufacturers looking to enhance the performance of their PVC products. Whether in the construction, automotive, or electrical industry, the RUNYE CPE 135A can effectively boost the impact resistance of PVC materials, ensuring longevity and reliability in various applications.

When it comes to PVC impact modifiers, the RUNYE CPE 135A stands out as a top choice, offering exceptional performance and consistent quality. With the backing of YAXING, a renowned brand in the industry, this product delivers on its promise of enhancing the properties of PVC compounds for a wide range of applications.