Silicone Rubber Roller for Plastic for Heat Transfer Printing Machines

• Customization: Available
• Raw Material: Natural Rubber
• Material: Silicone Rubber
• Model NO.: Decai475869
• Appearance: Granules
• Form: The Massive Raw Rubber
• Product Name: Silicone Rubber Roller
• Hardness: 30-90 Shore a
• Size: 185*250*254mm or Customized
• Work Temperature: 250-350ºC
• Transport Package: Plastic Film+Carbon Box
• Specification: 30---90 Shore A
• Trademark: Accept customization
• Origin: Zhejiang, China
• Production Capacity: 10000pieces/Month

Product Description

Product Description

Product name	Silicone Rubber Roller
Raw material	USA,Japan silicone
Application	heat transfer machine for skateboard
Features	High temperature resistant
Hardness	30-90 shore A
Work Temperature	250-350ºC
MOQ	1 piece

silica gel for heating transfer printing silicone rubber roller manufacturer

Decai Heat Transfer Silicone Rubber Roller Characteristic

* 1.Imported High Quality Silicone Raw Material;
* 2.Strong Toughness Not Deformation;
* 3.High Temperature Resistance;
* 4.Anti-Corrosion,Anti-aging;

Quality Durable and Price Reasonable Silicone roller for heating transfer printing film label,Various Customize
Specification,Factory Direct-Sales,Fast Delivery.Welcome contact any interested in our rubber rollers.

Our Advantages

Decai Heat Transfer Silicone Rubber Roller Characteristic

* 1.Imported High Quality Silicone Raw Material;
* 2.Strong Toughness Not Deformation;
* 3.High Temperature Resistance;
* 4.Anti-Corrosion,Anti-aging;

Imported raw materials have good heat resistance, cold resistance, ozone resistance, and atmospheric aging resistance. Has good electrical insulation properties.

After the formulation, the tensile strength can reach 1500PSI and the tear resistance can reach 88LBS. It has good elasticity and good compression. It has good resistance to neutral solvents, good heat resistance and cold resistance. Ozone and oxide erosion have good resistance, good electrical insulation performance, good heat insulation and heat dissipation