About Industrial Paper Cores
As an acclaimed enterprise of the industry, we are engaged in manufacturing and supplying Industrial Paper Cores. These cores are used to provide stable storage from the inside of a product roll. We use optimum quality recycled paper at our sound processing unit to process these cores. These cores are widely used in textile, paper and glass industry. We offer these Industrial Paper Cores at market leading prices to clients.
Features:
- Light in weight
- Environment friendly
- Smooth texture
Durable Design for Demanding ApplicationsThese industrial paper cores are meticulously engineered with high-strength core paperboard and mixed recycled chemical pulp to deliver exceptional durability. Customizable diameters, thicknesses (up to 15 mm), and widths (102000 mm) ensure adaptability for various heavy-duty uses, offering both spiral-wound construction and high tightness ideal for demanding load-bearing needs.
Versatile Options to Suit Your RequirementsChoose from a spectrum of finishes including smooth or textured surfaces, as well as external or internal coatings (PE, wax, or custom). Available in brown, kraft, white, or custom colors, these paper cores can be printed using screen, digital, or flexographic methods and are tailored for specific industrial applications.
Sustainable Manufacturing and ComplianceOur paper cores are manufactured using eco-friendly water-based or hot-melt adhesives and are fully compliant with RoHS and REACH environmental standards. Moisture content remains at or below 8% thanks to efficient air or oven drying methods, ensuring both quality and sustainability in every product.
FAQs of Industrial Paper Cores:
Q: How are these industrial paper cores manufactured to ensure high strength?
A: The cores are produced using spiral-wound construction with high-GSM (300700 GSM) core paperboard from mixed recycled chemical pulp. This process, combined with eco-friendly water-based or hot-melt adhesives, results in a high-tightness structure capable of supporting industrial loads of up to 3 tons, depending on the cores thickness and diameter.
Q: What applications are these paper cores most suitable for?
A: Our industrial paper cores are ideal for textile winding, adhesive tapes, protective films, packaging rolls, paper mills, and other heavy-duty industrial operations. Their customizable size, strength, and finish make them adaptable for both standard and unique industry requirements.
Q: When should I opt for a textured versus a smooth surface finish?
A: The choice depends on your application. A smooth finish is suitable for gentle winding needs, reducing friction, while a textured finish provides additional grip for materials prone to slipping. Both surface types are available and customizable as per requirement.
Q: Where are these industrial paper cores supplied from?
A: We manufacture and supply our cores from India, catering to both domestic and international industrial customers seeking robust, customizable, and eco-compliant paper core solutions.
Q: What is the advantage of using eco-friendly adhesives in the manufacturing process?
A: Using water-based or hot-melt eco-friendly adhesives significantly reduces environmental impact and enhances worker safety during production. This sustainable approach also ensures full RoHS & REACH compliance for customers concerned with environmental and regulatory standards.
Q: How do I select the right size and specification for my usage?
A: You can customize inner diameter (112 inches), length (504000 mm), thickness (up to 15 mm), width (102000 mm), and even choose the surface finish, coating type, and color. Consult our technical team with your application requirements to receive tailored recommendations that guarantee optimal performance.
Q: What benefits do these paper cores provide compared to alternatives?
A: Our paper cores offer superior strength, high load capacity, and moisture resistance with a customizable structure to match diverse industrial needs. They are also odorless, RoHS & REACH compliant, and can be recycled, making them an environmentally responsible and cost-effective alternative to plastic or metal cores.