XF-6018 is a high-purity calcium carbonate optimized for optical applications and toughened plastic parts. With excellent light transmission, surface quality, and mechanical balance, it is widely used in demanding formulations across the footwear, film, and plastic industries.
Description
Key Features
✅ High whiteness and transparency for visually demanding products
✅ Excellent elongation and anti-tear properties
✅ Maintains structural integrity under heat and pressure
✅ Enhances gloss, smoothness, and wear resistance
✅ Provides reliable dimensional control and mechanical reinforcement
Applications
✅ Footwear materials, optical film, PVC sheets, and masterbatch systems
✅ MPP pipe, translucent plastic parts, and flexible packaging
✅ Light diffusion applications and decorative extrusion products
FAQs – Talc Powder & Calcium Carbonate
1️⃣ What industries are your talc powder and calcium carbonate mainly used in?
️ Widely used in plastics, rubber, paint & coatings, paper, ceramics, cables, adhesives, and construction materials.
2️⃣ What grades and particle sizes do you offer?
Available from 200 to 5000 mesh.
Customized D50/D97 particle size and whiteness tailored to your needs.
3️⃣ Are your products safe and compliant with international standards?
✅ Yes! Complies with ISO, REACH, RoHS, FDA.
COA & MSDS available on request.
4️⃣ Can you provide samples before placing a bulk order?
Yes, free samples are available!
Shipping cost borne by buyer or refunded in bulk order.
5️⃣ What is your minimum order quantity (MOQ)?
⚖️ Standard MOQ: 1 ton.
⚙️ Custom formulations may vary based on specs.
6️⃣ How is the product packaged for export?
Packed in 25kg kraft paper bags or jumbo bags (500–1000kg).
️ All packaging is moisture-proof and export-ready.
️ Custom labels supported.
7️⃣ How long is the lead time after placing an order?
Typically 7–15 working days, depending on volume and grade.
8️⃣ Do you support OEM or custom formulation?
Yes! We tailor properties like brightness, oil absorption, and moisture content to your exact specs.
