Quantity(Tons) 1 - 10 11 - 40 41 - 100 >100 Est. Time(days) 5 7 15 To be negotiated
2000T/Month
1.Talc Powder For Plastic Foaming enhances the thermal shock resistance of polymers.
2.Talc Powder For Engineering improves dimensional stability in piping and panel applications.
3.PE foaming grade talc powder exhibits excellent dimensional and chemical stability.
4.PE foaming grade talc powder increases product toughness and durability.
5.Due to its superior performance, PE foaming grade talc powder is widely used in automotive and electrical components, meeting the stringent requirements of these industries.
As an inexpensive inorganic filler, PE foaming grade talc powder effectively displaces more expensive polymer resins, reducing raw material consumption without compromising product quality. Its high bulk density and compatibility with various polymers allow for substantial material savings, leading to lower production costs—particularly in large-scale manufacturing. Additionally, Talc For Rubber Elastomers’s ability to improve processing efficiency (e.g., faster cycle times in injection molding) further enhances cost-effectiveness.
2. Improved Mechanical Performance
The plate-like (lamellar) structure of Talc Powder For Plastic Foaming particles provides reinforcement to rubber and plastic matrices, significantly enhancing:
Tensile strength – Talc For Rubber Elastomers Resists deformation under stress
Tear resistance – Talc For Rubber Elastomers Reduces susceptibility to cracking
Abrasion resistance – Talc For Rubber Elastomers Improves durability in high-wear applications
This makes Talc Powder For Plastic Foaming-filled materials ideal for demanding uses such as automotive seals, industrial gaskets, and footwear soles, where mechanical robustness is critical.
3. Extended Product Lifespan
Talc Powder For Plastic Foaming contributes to the long-term stability of rubber and plastic products by:
Delaying oxidative aging – Acts as a barrier against oxygen and UV degradation
Enhancing dimensional stability – Minimizes warping and shrinkage over time
Reducing creep deformation – Maintains shape under prolonged stress
By integrating Talc Powder For Engineering into plastic and rubber foaming processes, manufacturers achieve a balance of performance, durability, and cost efficiency. Talc Powder For Engineering role as a reinforcing filler, cost-saving additive, and aging inhibitor makes it indispensable in industries ranging from packaging and construction to automotive and consumer goods. As material science advances, Talc Powder For Engineering continues to prove its versatility, helping producers meet evolving market demands while maintaining competitive pricing.
Contact us today for samples and technical data sheets!
TEST ITEM
Product
Whiteness(%)
Particle size D50(μm)
Moisture content(%)
Oil absorption(ml/100g)
VT-6AH
>95.5
6.5±0.5
≤0.3
≤7
VT-5AH
≥95
5±0.5
≤0.3
≤7
VT-15AH
≥95.5
<16
≤0.3
≤7
VT-5BL
>87
<5
≤0.3
≤8
VT-10BM
90±1
11±1
≤0.3
≤8
VT-5BM
90±1
<5
≤0.3
≤8
VT-4BH
≥93
4±0.5
≤0.5
≤8
About Us
Company Introduction
Corporate Philosophy:Quality is our cornerstone; integrity is our foundation.
Corporate Mission:To create a one-stop platform for premium functional non-metallic mineral products.
Corporate Vision:To become a globally recognized leader, unlocking the boundless potential of non-metallic resources.
Core Values:Customer First,Collaborative Teamwork,Alignment of Thought and Action,Strategic Insight,Continuous Improvement,Professional Excellence.
