High Temperature Caster
Description:
Heat Resistance Caster,High Temperature Resistance CastersWheel Material:Heat Resistance Polyamide
Size:3'' x 32mm ; 4'' x 32mm ; 5'' x 32mm
Loading Capacity:120kg-140kg
Bearing Type:Double Ball Bearing
Type Optional: Rigid,Plate Swivel
Caster No. | Wheel | Material | Bearing | Plate | Mount | Height | Hole Dia | Thread | Loading |
H55R-3 | 75 x 32 | Polyamide | Ball Bearing | 95 x 67 | 71 x 45 | 107 | 8.5 | M 12 x 25 | 120 kg |
H55R-4 | 100x 32 | Polyamide | Ball Bearing | 95 x 67 | 71 x 45 | 132 | 8.5 | M 12 x 25 | 140 kg |
H55R-5 | 125 x 32 | Polyamide | Ball Bearing | 95 x 67 | 71 x 45 | 159 | 8.5 | M 16 x 30 | 140 kg |
Heat resistance casters and Bakers rack wheels are essential components in various commercial and industrial applications that require the transportation of heavy equipment and goods. These components are specially designed to operate under high temperatures without being damaged or losing their functionality, making them suitable for use in bakery ovens, industrial furnaces, and other high-temperature applications.
What’s the features and benefits of heat resistance casters and Bakers rack wheels?
Heat resistance casters feature high-quality materials that can withstand temperatures of up to 600 Centi degree . These casters are perfect for use in bakery ovens, industrial furnaces, and other high-temperature applications where traditional casters are not suitable. The casters are made of high-temperature-resistant materials such as steel, stainless steel, and other metal alloys that can handle extreme heat better than rubber, plastic, or other materials.
One of the main benefits of heat resistance casters is that they minimize downtime and reduce maintenance costs. Traditional casters can easily get damaged or break down under high temperatures, leading to costly replacements and repairs. However, heat resistance casters can handle heat and friction without degrading or losing their performance, ensuring continuous operation and reducing maintenance costs.
Another significant benefit of heat resistance casters is that they enhance workplace safety by reducing the risk of accidents and injuries. When traditional casters break or malfunction due to heat, they can cause accidents and injuries to workers, which can be avoided by using heat resistance casters.
Bakers rack wheels, on the other hand, are specialized wheels that are designed for use in bakeries and other food processing facilities. These wheels are used to transport baking racks, cooling racks, and other baking equipment that requires fast and safe movement within the facility.
The wheels on baker's racks need to be sturdy, durable and able to withstand high temperatures. The wheels also need to be non-marking, so they do not leave any residue on the floor or walls. These requirements ensure that the wheels meet food safety standards and keep the facility clean and hygienic.
Bakers rack wheels are usually made of high-temperature-resistant materials such as nylon, phenolic or other specialty materials designed for high-temperature applications. These materials are also resistant to moisture, which is a crucial feature in a food processing facility.
One of the significant benefits of Bakers rack wheels is that they improve efficiency and productivity in a bakery. The wheels help transport baking equipment quickly and safely, reducing the time spent on manual transportation, and allowing workers to focus on other tasks, such as baking and food preparation.
In conclusion, heat resistance casters and Bakers rack wheels are essential components in various commercial and industrial applications that require the transportation of heavy equipment and goods. These components are specially designed to operate under high temperatures without being damaged or losing their functionality, making them suitable for use in bakery ovens, industrial furnaces, and other high-temperature applications. By using heat resistance casters and Bakers rack wheels, businesses can enhance workplace safety, reduce downtime and maintenance costs, and improve efficiency and productivity.