Product Description:

The Hot Air Seam Wheel is one of the types of rubber feed rollers that is used in the sewing process. It is designed to produce a seamless finish by heating the fabric with hot air. The Pressing Roller, Holding Roller, Clip Roller, Up Roller, and Down Roller are other types of rubber feed rollers that are used in different stages of the sewing process to ensure that the material is fed smoothly and accurately.

One of the main advantages of rubber feed rollers is their high durability. They are made of high-quality rubber materials that can withstand the wear and tear of daily use. This makes them ideal for use in high-volume production environments where machines need to run continuously without any hiccups.

The rubber materials used in the manufacturing of these rollers are also wear-resistant. They can withstand the friction that is generated during the feeding process, which ensures that they have a long lifespan. This makes them a cost-effective option for businesses that want to reduce their maintenance costs and increase their production efficiency.

Another advantage of rubber feed rollers is their high precision tolerance level. They are designed to be cylindrical in shape, which ensures that the materials are fed accurately and without any errors. This is especially important in the printing industry, where the quality of the printed material depends on the accuracy of the feeding process.

In conclusion, rubber feed rollers or sewing rollers are essential components in the textile and printing industries. They are durable, wear-resistant, and have a high precision tolerance level, which makes them ideal for use in machines that require precise feeding of materials. The Hot Air Seam Wheel, Pressing Roller, Holding Roller, Clip Roller, Up Roller, and Down Roller are some of the types of rubber feed rollers that are available in the market. They are designed to ensure that the materials are fed smoothly and accurately, which helps to increase production efficiency and reduce maintenance costs.

Features:

• Product Name: Sewing Rollers
• Material: Silicone Rubber,Customized
• Tolerance: High Precision, Tolerance Up To 0.02mm
• Wear Resistance: Yes
• Hot air Temperature : High Up 750 Celsius

• Product Name: Rubber Press Rollers
• Material: Silicone Rubber,Customized
• Tolerance: High Precision, Tolerance Up To 0.02mm
• Wear Resistance: Yes
• Hot air Temperature : High Up 750 Celsius

• Product Name: Rubber Feed Wheels
• Material: Silicone Rubber,Customized
• Tolerance: High Precision, Tolerance Up To 0.02mm
• Wear Resistance: Yes
• Hot air Temperature : High Up 750 Celsius

Technical Parameters:

Applications:

TINDA-SI-1168 Rubberized Feed Wheels are an essential component used in the YEFOM, H&H, NAWON, and PFAFF Seam Seaming Machines. These Rubberized Feeding Wheels are made from high-quality silicone rubber, which is highly customizable according to the specific requirements of different applications.

The TINDA-SI-1168 Rubberized Feed Wheels are highly precise and can tolerate up to 0.02mm of tolerance. They are designed to withstand high temperatures up to 350 Celsius, making them suitable for use in a wide range of industrial applications.

The TINDA-SI-1168 Rubberized Feed Wheels are SGS certified, ensuring that they meet the highest quality standards. They are available for purchase in a minimum order quantity of one and come with a negotiable price tag. The packaging details include woodbox or standard export packing, and the delivery time is usually 7 days or as advised.

These Rubberized Feeding Wheels are suitable for use in hot air seam wheels, pressing rollers, holding rollers, clip rollers, up rollers, and down rollers. They are highly durable and can withstand the wear and tear associated with continuous use in industrial applications.

The TINDA-SI-1168 Rubberized Feed Wheels are manufactured in China and have a supply capacity of up to 10000000 pcs/month. They are a versatile and cost-effective solution for all your industrial rubberized feeding wheel requirements.

Customization: