Product Description:

The Rubber Feed Rollers are a versatile and essential component used in various industries for feeding and processing materials effectively. Known for their exceptional performance and durability, these rollers are designed to meet the demands of high-speed operations while providing noise reduction and wear resistance.

One of the key features of the Rubber Feed Rollers is their noise reduction capability. This is especially important in industrial settings where noise levels can be a concern. The rollers are engineered to minimize noise during operation, creating a more comfortable and productive working environment.

In addition to noise reduction, these rollers offer excellent wear resistance, ensuring long-lasting performance and reliability. The materials used in manufacturing these rollers are carefully selected to withstand the rigors of continuous use, making them ideal for high-volume production environments.

The surface treatment of the Rubber Feed Rollers is smooth, providing a consistent and even feed for materials. This smooth surface helps to prevent slippage and ensures precise processing, resulting in high-quality output. The rollers can also be customized to meet specific requirements, allowing for greater flexibility in various applications.

The Pressure Resistance of the Rubber Feed Rollers is high, making them suitable for handling heavy loads and maintaining consistent performance under pressure. Whether used in manufacturing, printing, or other industrial processes, these rollers can withstand the demands of high-pressure applications without compromising on quality.

Commonly referred to as Rubber Press Rollers, Sewing Rollers, or wear resistance Rollers, the Rubber Feed Rollers are widely used in heat sealing, seaming, bonding, and other applications. Their versatility and durability make them an essential component in various machinery and equipment, contributing to efficient and reliable production processes.

Overall, the Rubber Feed Rollers are a dependable solution for industries seeking high-performance rollers that offer noise reduction, wear resistance, smooth surface treatment, and high pressure resistance. With their durable construction and versatile design, these rollers provide a reliable and efficient feeding solution for a wide range of applications.

Features:

• Product Name: Rubber Feed Rollers
• Application: Seam Seaming Machine
• Surface Treatment: Smooth, Customized
• Material: Silicone Rubber, Customized
• Hot air Temperature: High Up to 750 Celsius
• Tolerance: High Precision, Tolerance Up To 0.02mm

Technical Parameters:

Applications:

TINDA Rubber Feed Rollers, model number TINDA-SI-1168, are versatile products suitable for a wide range of product application occasions and scenarios. These rubber feed rollers, originating from China, are certified by SGS, ensuring high quality and performance. The minimum order quantity for these rollers is 1, with pricing available for negotiation.

These rollers are ideal for various applications such as guide rollers, rubber feeding wheels, and wear resistance rollers. Their cylindrical shape and customized size make them adaptable to different machinery and equipment.

The high wear resistance of the TINDA Rubber Feed Rollers ensures long-lasting durability, even in demanding environments. Their temperature resistance of up to 350 degrees Celsius makes them suitable for use in high-temperature settings.

When it comes to packaging, these rollers can be delivered in woodboxes or standard export packing, ensuring safe transportation. The delivery time is typically 7 days, although specific timelines can be advised based on the order requirements.

Payment terms for these rollers are flexible, with T/T being accepted. With a supply ability of 10,000,000 pieces per month, customers can rely on a consistent and timely supply of these high-quality rubber feed rollers.

Overall, the TINDA Rubber Feed Rollers are a reliable and efficient choice for various product application occasions, offering excellent wear resistance and performance in a wide range of scenarios.