Maximize PVC Performance with 35±1 Chlorine Content PVC IMPACT MODIFIER Cas No 63231-66-3

Product Description:

The YAXING CPE 135A is a high-performance PVC impact modifier designed to significantly enhance the toughness and durability of PVC materials. Engineered with precision, this product stands out in the market due to its exceptional physical and chemical properties, making it an ideal choice for manufacturers seeking to improve the impact resistance of their PVC products without compromising on quality.

One of the key attributes of YAXING CPE 135A is its impressive tensile strength, which is ≥6.0 MPa. This high tensile strength ensures that the modifier can withstand substantial mechanical stress, providing enhanced structural integrity and resilience to the end products. The superior tensile strength also contributes to better performance in demanding applications where mechanical durability is critical.

In terms of appearance, CPE 135A is presented as a fine white powder. This uniform and pure white powder form facilitates easy handling, blending, and incorporation into PVC formulations. The consistent appearance also reflects the high purity and quality control standards maintained during the manufacturing process, ensuring that each batch delivers reliable and predictable results.

The chlorine content of YAXING CPE 135A is precisely controlled at 35±1%. This specific chlorine content is crucial because it directly influences the compatibility of the modifier with PVC matrices as well as its overall performance characteristics. Maintaining chlorine content within this narrow range ensures optimal chemical stability, enhances impact modification efficiency, and supports improved processing behavior in various PVC applications.

Mooney viscosity is a critical parameter for polymers and modifiers, indicating the material’s flow characteristics during processing. CPE 135A features a Mooney viscosity of ≤96 ML (1+4) at 125℃, which implies excellent processability and ease of mixing with PVC resins. This relatively low Mooney viscosity means that the modifier can be efficiently incorporated into PVC blends, promoting uniform dispersion and consistent mechanical properties throughout the final product.

Another notable property of YAXING CPE 135A is its low heat of fusion, measured at ≤2.0 J/g. Heat of fusion is an important indicator of the crystalline structure and thermal behavior of the material. A lower heat of fusion value suggests that CPE 135A has minimal crystallinity, which translates into better flexibility and improved impact modification performance in PVC formulations. This characteristic helps prevent brittleness and enhances the toughness of PVC products even at low temperatures.

As a PVC impact modifier, YAXING CPE 135A is extensively used in various industrial applications where enhanced impact resistance is essential. It is particularly suitable for rigid PVC profiles, pipes, sheets, and films, where improved toughness can significantly extend product lifespan and performance under mechanical stress. The modifier’s compatibility with PVC and its ability to improve impact strength without adversely affecting other properties make it a preferred choice among manufacturers.

In summary, YAXING’s CPE 135A offers a well-balanced combination of high tensile strength, controlled chlorine content, optimal Mooney viscosity, and low heat of fusion, all presented in a convenient white powder form. This product is engineered to meet the demanding requirements of PVC impact modification, providing manufacturers with a reliable, high-quality solution that enhances the mechanical properties and durability of their PVC-based products. By integrating CPE 135A into their formulations, producers can achieve superior impact resistance, improved processing efficiency, and enhanced overall product performance.

Features:

• Product Name: CPE 135A
• Material Type: Chlorinated Polyethylene
• Tensile Strength: ≥6.0 MPa
• Heat of Fusion: ≤ 2.0 J/g
• Volatile Content: 0.75%
• Mooney Viscosity: ≤96 ML (1+4) 125℃
• Chlorine Content: 35±1%
• Produced by YAXING, a trusted name in Chlorinated Polyethylene products

Technical Parameters:

Applications:

The RUNYE CPE 135A is a high-performance Chlorinated Polyethylene (CPE) product, designed as an excellent PVC impact modifier to enhance the toughness and durability of various materials. Originating from China, this CPE 135A model is renowned for its superior tensile strength of ≥6.0MPa, making it ideal for applications that demand mechanical resilience and flexibility.

Due to its outstanding physical properties, such as a low heat of fusion ≤ 2.0J/g and a Mooney viscosity ≤ 96ML(1+4) at 125℃, CPE 135A is widely used in the production of flexible PVC products. These attributes ensure easy processing and excellent compatibility with PVC matrices, improving impact resistance and elongation without compromising the material’s clarity or processability.

The product’s chlorine content of 35±1% and CAS number 63231-66-3 guarantee consistent chemical stability and performance, making CPE 135A a reliable choice for industrial applications. It is particularly effective in enhancing the impact strength of rigid and semi-rigid PVC formulations, which are commonly used in piping systems, automotive components, and electrical cable insulation.

In the construction industry, CPE 135A serves as a crucial modifier in PVC roofing membranes and flooring materials, where improved toughness and weather resistance are essential. The product’s ability to maintain flexibility at low temperatures also expands its application scope to outdoor and cold climate environments.

Moreover, the CPE 135A from RUNYE is frequently utilized in the manufacturing of PVC films and sheets, providing enhanced impact resistance and durability for packaging and industrial uses. Its excellent compatibility with other plasticizers and additives makes it an indispensable ingredient for formulating high-performance PVC blends.

In summary, the RUNYE CPE 135A is a versatile and effective PVC impact modifier that offers significant improvements in mechanical strength, processing ease, and weather resistance. Its robust properties make it suitable for a wide range of applications, including automotive parts, construction materials, electrical insulation, and flexible PVC products, fulfilling diverse industrial needs with consistent quality and performance.