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THREAD T-80 CHAMPCORE POLYESTER - 6000 YDS
Core Spun Polyester • High Strength • Industrial Sewing Thread
The T-80 CHAMPCORE POLYESTER is a premium core spun industrial sewing thread engineered for demanding sewing applications. Constructed with a high-tenacity polyester multifilament core wrapped in polyester staple fibers, it delivers exceptional seam strength, excellent stitch appearance, and outstanding sewing performance across a wide range of materials.
Designed for both lightweight garments and heavy-duty products, CHAMPCORE provides superior heat resistance, excellent durability, and smooth operation at high sewing speeds. Its proprietary lubrication ensures consistent thread delivery while minimizing friction and needle heat.
Key Features
- Premium core spun polyester construction.
- High-tenacity multifilament polyester core.
- Polyester staple fiber wrap.
- Outstanding seam strength.
- Excellent stitch appearance.
- Very good color fastness.
- Excellent resistance to sunlight and chemical degradation.
- Proprietary lubrication for smooth high-speed sewing.
- Allows finer thread sizes without sacrificing seam integrity.
Applications
- Fashion apparel.
- Dress shirts and blouses.
- Lingerie and intimate apparel.
- Swimwear.
- Uniforms and workwear.
- Jeans and denim.
- Suit jackets and dress pants.
- Leather goods.
- Footwear.
- Holsters and luggage.
- Home furnishings.
- Floor coverings.
- Industrial filtration.
- Protective gloves.
Technical Specifications
| Thread Size | T-80 |
| Product Name | CHAMPCORE |
| Fiber Type | 100% High-Tenacity Polyester |
| Construction | Core Spun (Staple Wrap with Multifilament Core) |
| Yardage | 6000 Yards |
| Thread Type | Industrial Polyester Sewing Thread |
The T-80 CHAMPCORE POLYESTER thread delivers exceptional seam strength, professional stitch quality, and outstanding durability for garment manufacturing, leather goods, upholstery, and industrial sewing applications. Its advanced core spun construction provides reliable performance in even the most demanding production environments.