One Article Explains: How Talc Makes Plastics More Durable

Have you ever encountered a situation where some...PP plastic products (such as thin-walled parts or load-bearing components) are prone to deformation during use., this is usually due toInsufficient material rigidityBy adding talc powder, the flexural modulus and creep resistance of the material can be effectively improved, making the products stiffer and less prone to deformation, thereby enhancing their long-term reliability.

The above data clearly shows that,After adding 20% talc powder to PP resin, the flexural modulus of the product is significantly improved., of the partHardness improvementThat is to say, under the same structure and processing conditions, plastics containing talc exhibit more robust mechanical properties and service performance. Talc is able to provide these characteristics because, when filled into the resin, it can produce the following effects:

To further enhance the hardness of the material, select talc powder with a higher silicon content to improve the durability of the products. Talc powders with different silicon content will be added to PP resin at a ratio of 20% (with talc powders of 5-8 micron size remaining the same, while silicon content is increased accordingly).

The results show that as the silicon content increases, the bending modulus of the samples continuously and steadily rises. This also indicates that under the same particle size conditions,High-silica talc is more conducive to enhancing material rigidity.。

Talcum powder, thanks to its natural platy structure and stable mineral properties, while improving the impact resistance and structural stability of plastics, also offers high cost-effectiveness, good compatibility, and the advantages of mature processing technologies, and is currently...Natural minerals + general-purpose plasticin the form of “ ”, becomeAn indispensable functional filler in modern plastic systems.