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China Shaped Silicone Wheel product suppliers

Short Description:

The thermal transfer silicone wheel can be hot stamped on a large area of bronzing paper, brushed film, and thermal transfer printing film, and transfer the hot stamping paper to plastic or film; the thermal transfer silicone wheel is used for hot stamping on various plastics, metals, book edges, et…


Product data
1. Hardness: 40º, 50º, 60º, 70º, 80º, 90º (40º—90º degrees);

2. Specifications:
Inner diameter ¢38mm*outer diameter 100mm*length 300mm
Inner diameter ¢38mm*outer diameter 100mm*length 400mm;
Inner diameter ¢38mm*outer diameter 100mm*length 600mm
Inner diameter ¢38mm*outer diameter 125mm*length 300mm
Inner diameter ¢38mm*outer diameter 125mm*length 400mm;
Inner diameter ¢38mm*outer diameter 125mm*length 600mm
Note: other sizes can also be customized

3. Temperature resistance: Thermal transfer printing has low requirements on the silicone wheel, and the temperature resistance is about 260 or so.
Bronzing has higher requirements for silicone wheels, and the temperature resistance is about 300 degrees or more
Our company’s silicone wheels can withstand a temperature of up to 350 degrees!

4. The colors are orange red and white, other colors can also be adjusted


Good elasticity, high tensile strength, high temperature resistance, easy to grind, long service life, not easily deformed, suitable for large area flat or round bonding.
Applicable machinery: cast film laminating machine |hot and cold laminating machine |clothing bonding machine |corona treatment machine |bronzing machine |heat transfer printing machine |coating machine |plastic printing machine |press |large area hot stamping machine |laminating machine |hot stamping edge banding machine |hot pressing edge banding machine |and other related equipment.
Applicable fields: plastic products, wood products, daily necessities, picture frames, wood moldings, PS moldings, electrical panels, paper products, etc. Heat transfer bronzing patterns, edge banding, etc., because of its high temperature resistance, it can also be used in other industries For special products with high temperature resistance.



Q: What is a shaped silicone wheel?
A: A shaped silicone wheel refers to a silicone wheel that is specifically designed with a non-cylindrical or non-standard shape. Unlike traditional cylindrical wheels, shaped silicone wheels come in various configurations such as flat, rounded, square, or custom-designed profiles to suit specific applications.

Q: What are the advantages of shaped silicone wheels?
A: Shaped silicone wheels offer several advantages. They can provide better surface contact and distribution of weight, resulting in improved stability and load-bearing capabilities. The non-cylindrical shape allows for more precise control and maneuverability in certain applications. Shaped wheels can also be customized to fit unique requirements, ensuring optimal performance and efficiency.

Q: Where are shaped silicone wheels commonly used?
A: Shaped silicone wheels find applications in various industries. They are often utilized in robotics, automation, conveyor systems, material handling equipment, and specialized machinery. The non-standard shape of these wheels allows them to navigate specific terrain, contours, or obstacles more effectively, making them ideal for applications where precise movement, stability, and control are essential.

Q: How are shaped silicone wheels manufactured?
A: Shaped silicone wheels are typically manufactured using a molding process. Liquid silicone material is poured into a mold with the desired shape and profile, and then cured or vulcanized to form the solid wheel. The molding process allows for precise reproduction of the desired shape, ensuring consistent quality and performance of the wheels.

Q: Are shaped silicone wheels available in different durometer hardness?
A: Yes, shaped silicone wheels are available in various durometer hardness options. Durometer refers to the measurement of the wheel’s hardness, which affects its flexibility, grip, and load-bearing capacity. Depending on the specific application requirements, different durometer hardness levels can be selected to optimize performance and functionality.

Q: Can shaped silicone wheels be customized?
A: Yes, shaped silicone wheels can be customized to meet specific requirements. Customization options include dimensions, shape, durometer hardness, color, and surface texture. Manufacturers can work with customers to develop tailored solutions that best suit their application needs.

Q: How should shaped silicone wheels be maintained?
A: Proper maintenance of shaped silicone wheels involves regular cleaning to remove dust, debris, or contaminants that may affect their performance. It is recommended to follow the manufacturer’s guidelines for cleaning and maintenance. Additionally, periodic inspections should be conducted to check for signs of wear, damage, or degradation, and any issues should be addressed promptly to ensure continued performance and safety.

Q: Can shaped silicone wheels be used in food or medical applications?
A: Yes, shaped silicone wheels can be manufactured using food-grade or medical-grade silicone materials, making them suitable for use in food processing equipment, pharmaceutical machinery, or medical devices. These specialized materials comply with relevant regulations and standards to ensure safety and hygiene in sensitive applications.

Q: Are shaped silicone wheels suitable for outdoor use?
A: Shaped silicone wheels can be designed to withstand outdoor environments, but this depends on the specific formulation and quality of the silicone material used. Weather-resistant or UV-resistant silicone can be employed to enhance durability and protect against outdoor elements such as sunlight, moisture, and temperature fluctuations.

Q: Can shaped silicone wheels be used on different types of surfaces?
A: Shaped silicone wheels can be used on various surfaces, including smooth, rough, or uneven surfaces. The grip and traction properties of the silicone material allow for effective performance on different terrains. However, it is important to consider the specific surface conditions and select the appropriate durometer hardness and design features to ensure optimal functionality and longevity of the wheels.


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