Product Description:
The Silicone Rubber material used in these feed rollers ensures superior wear resistance, making them ideal for applications that require continuous contact with materials. Whether you are in the packaging industry, textile industry, or any other field that requires reliable feed rollers, our Rubber Press Rollers are the perfect choice.
The Heat Sealing Wheel, Seaming Silicone Rubber Wheel, Sealing Silicone Rubber Wheel, and Bonding Silicone Rubber Wheel are just some of the names that our customers use to refer to these versatile feed rollers. Regardless of the terminology used, one thing is certain – these rollers deliver top-notch performance in various applications.
When it comes to durability, our Rubberized Feed Wheels are in a league of their own. Built to last, these feed rollers can withstand heavy usage without compromising on performance. You can rely on them to consistently deliver precise feeding and excellent traction, ensuring smooth operation throughout their lifespan.
Pressure resistance is another key feature of our Silicone Rubber Feed Rollers. With a high-pressure tolerance, these feed rollers can handle demanding applications with ease. Whether you are dealing with heavy loads or tight spaces, these rollers will maintain their integrity and performance under pressure.
Whether you need to feed materials through a machine, apply pressure during a bonding process, or perform any other task that requires reliable feed rollers, our Rubberized Feed Wheels are up to the challenge. Trust in the quality and durability of our Silicone Rubber Feed Rollers to enhance the efficiency and performance of your operations.
Features:
- Product Name: Rubberized Feed Rollers
- Durability: High
- Shape: Cylindrical
- Hot air Temperature: High Up to 750 Celsius
- Size: Customized
- Pressure Resistance: High
Technical Parameters:
| Product Name | Heat Sealing Wheel |
| Pressure Resistance | High |
| Wear Resistance | Yes |
| Noise Reduction | Yes |
| Surface Treatment | Smooth, Customized |
| Application | Seam Seaming Machine |
| Hot air Temperature | High Up 750 Celsius |
| Tolerance | High Precision, Tolerance Up To 0.02mm |
| Temperature Resistance | High Up 350 Celsius |
| Material | Silicone Rubber, Customized |
Applications:
TINDA Rubber Feed Rollers, model TINDA-SI-1168, are versatile components designed for use in a variety of scenarios across different industries. These high-quality rubber feed rollers, originating from China, are certified by SGS for their performance and durability. With a minimum order quantity of just 1 piece and a negotiable price, these rollers offer flexibility and affordability to customers.
The rubber feed rollers are suitable for various applications, particularly in seam seaming machines. Their wear resistance ensures long-lasting performance even under high pressure and temperature conditions, making them ideal for use in hot air blower machines. The cylindrical shape of the rollers allows for smooth and efficient feeding of materials during the seaming process.
Customers can rely on the TINDA Rubber Feed Rollers for consistent and reliable operation, thanks to their high temperature resistance of up to 350 degrees Celsius. The rollers can withstand the rigors of demanding industrial environments, providing a durable solution for feeding materials accurately and efficiently.
When it comes to packaging and delivery, customers can choose between woodbox or standard export packing options. With a delivery time of 7 days or as advised, customers can expect prompt shipment of their orders. Payment terms are flexible, with T/T being accepted, and the supply ability of 10,000,000 pieces per month ensures that customers' needs are met promptly.
In summary, the TINDA Rubber Feed Rollers are a reliable and cost-effective solution for various industries requiring rubber feeding wheels with high wear and temperature resistance. Whether used in seam seaming machines or hot air blower machines, these rubber press rollers deliver consistent performance and durability, meeting the demands of modern manufacturing processes.
