High-Strength Core Paper for Textile Cones & Industrial Tubes from China Suppliers and Factory
Product Description
YITUANCore paper is produced through multi-layer pressing of high-quality wood pulp (or recycled fiber) with advanced papermaking technology, resulting in a dense, uniform structure. Its tight fiber bonding enhances rigidity, while the smooth surface prevents yarn snags or film tearing during winding. Available in both bleached (white) and unbleached (brown) variants, it balances strength and flexibility—thick enough to withstand industrial stress, yet adaptable to tube-forming processes.
This paper meets strict industry standards for consistency, ensuring stable performance in high-speed winding machines. It’s compatible with adhesive bonding for tube manufacturing and resistant to moisture in warehouse storage. As a recyclable material, it aligns with eco-friendly production practices, supporting sustainable industrial chains.
Specification
YITUAN| Parameter | Details |
|---|---|
| Product Name | Core Paper / Tube Paper |
| Material | Wood pulp (virgin or recycled), mixed fiber options |
| Grammage | 150-400 g/m² (customizable) |
| Thickness | 0.2-1.0 mm (adjustable based on grammage) |
| Width | 800-2200 mm (or as per request) |
| Length | 500-2000 m/roll (customizable) |
| Color | Brown |
| Tensile Strength | ≥3.5 kN/m (MD); ≥1.5 kN/m (CD) |
| Compression Resistance | ≥2000 N/cm² |
| Moisture Content | 8-12% |
| Certification | ISO 9001, FSC, SGS |
| Recyclability | 100% recyclable |
| Place of Origin | Shandong, China |
| Shipping Methods | By sea/land; express for small batches (DHL/FEDEX) |
Product Display
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Key Benefits
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1. Superior Strength: High tensile and compression resistance prevent tube deformation during high-speed winding, reducing production downtime.
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2. Uniform Quality: Consistent thickness and density ensure smooth yarn/film winding, minimizing breakage or defects.
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3. Versatile Adaptability: Compatible with tube-forming machines and adhesives, suitable for textile cones, paper tubes, and packaging cores.
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4. Eco-Friendly: Made from recycled fiber options and fully recyclable, reducing environmental impact without compromising performance.
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5. Customizable Solutions: Adjustable grammage, thickness, and size meet specific industrial needs—from thin textile cones to heavy-duty industrial tubes.
Application
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Textile Industry: Manufactures cones for winding cotton, polyester, or nylon yarns, ensuring stable unwinding in weaving machines.
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Paper & Printing: Produces hard tubes for rolls of paper, film, or labels, supporting smooth unwinding in printers.
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Packaging Sector: Makes rigid cores for packaging tapes, aluminum foils, or cables, protecting products during storage and transit.
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Industrial Manufacturing: Used in metalworking or construction for winding wires, ropes, or hoses, ensuring organized storage.
Frequently Asked Questions
FAQWhat is Core Paper primarily used for?
A: Core paper, also known as tube paper, is primarily used to manufacture textile cones, paper tubes, packaging cores, and rigid industrial rolls for winding yarns, films, tapes, and wires.
What custom size and grammage options do you offer?
A: We offer a grammage range of 150-400 g/m² and thickness from 0.2 to 1.0 mm. Roll widths can be customized between 800-2200 mm, and roll lengths range from 500-2000 meters depending on your specific requirements.
How does this core paper perform in high-speed machinery?
A: Our core paper features high tensile strength (≥3.5 kN/m MD) and excellent compression resistance (≥2000 N/cm²). This ensures stable performance and prevents tube deformation during high-speed winding processes.
Is the core paper environmentally friendly and recyclable?
A: Yes. It is made from wood pulp (virgin or recycled) and mixed fiber options and is 100% recyclable, helping businesses align with eco-friendly production and green supply chain initiatives.
What quality certifications does your core paper hold?
A: Our core paper products are fully certified under ISO 9001, FSC, and SGS standards, assuring consistent material density, thickness, and performance.