CPE 135A Impact Modifier High-Performance Impact Resistance

Features

Excellent impact modification effect: CPE 135A can significantly improve the impact resistance of the material, making the product less likely to break or be damaged when subjected to external force impact.

This is because it can form a special structure inside the material, which can absorb and disperse the impact energy when subjected to impact, thereby protecting the main structure of the material.

Good compatibility: It has good compatibility with a variety of polymer materials, such as polyvinyl chloride (PVC). It can be evenly dispersed in the polymer matrix and form a stable combination with the matrix material without problems such as phase separation, thereby ensuring the stability of the overall performance of the material.

Excellent processing performance: During the material processing, CPE 135A will not have much impact on the processing technology and can work well with other additives and raw materials. It can work within a wide processing temperature range, which helps to improve production efficiency and product quality stability.

Good weather resistance: It has a certain weather resistance and can maintain the stability of its performance under different environmental conditions. Whether under high temperature, low temperature, humidity or sunlight, CPE 135A can continue to play its role in impact modification and extend the service life of the product.

Application field

PVC products: widely used in PVC pipes, pipe fittings, profiles and other products. It can improve the toughness and impact strength of PVC materials, so that it can withstand greater external forces and pressures, and is suitable for various different use environments, such as building water supply and drainage pipes, door and window profiles, etc.

Plastic film: When used in the production of plastic film, it can improve the puncture resistance and tear resistance of the film and improve the durability of the film. This is very important for film products such as agricultural films and packaging films that need to withstand certain external forces. It can reduce the damage of the film during use and improve the quality and use effect of the product.

Other polymer materials: It can also be used for the modification of some other polymer materials, such as ABS, PP, etc. By adding CPE 135A, the impact resistance of these materials can be improved to a certain extent, meeting the special requirements of material properties in different application fields.

When using CPE 135A, it is necessary to reasonably control its addition amount according to the specific material system and application requirements. Too little addition may not achieve the ideal impact resistance effect, while too much addition may have an adverse effect on other properties of the material, such as reducing the hardness and heat resistance of the material.

At the same time, during the processing, attention should be paid to the adjustment of process parameters to give full play to the performance advantages of CPE 135A.

Storage conditions

It should be stored in a cool, dry environment, away from direct sunlight and moisture. Changes in humidity and temperature may affect the performance of CPE 135A. Excessive humidity may cause it to absorb moisture, while excessive temperature may cause it to thermally degrade.

The storage environment should be well ventilated to prevent the accumulation of harmful gases or dust. At the same time, avoid mixing with flammable, explosive, toxic and other substances to avoid danger.

Processing technology

When mixing with polymer materials, ensure that the mixture is uniform. The degree of dispersion of CPE 135A in the polymer matrix directly affects its modification effect. If the mixing is uneven, it may cause local differences in material properties and affect product quality.

According to the specific polymer material and processing equipment, reasonably adjust the processing temperature and time. The processing temperature range of CPE 135A is wide, but different polymer materials have different requirements for processing temperature and time.

It is necessary to determine the best processing parameters through experiments to avoid CPE 135A decomposition or incomplete reaction with polymer materials due to improper processing conditions, which affects product performance.