Phenolic Caster Wheels: What You Need To Know
They are resistant to oil, grease, solvents, non-metallic, & non-sparking
Phenolic caster wheels can withstand the effects of oil, grease, and solvents. These caster wheels also have non-metallic and non-sparking properties, making them ideal for applications that require a quiet operation. They are suitable for use in packaging and perforating machines. These wheels come in various sizes, ranging from 1,000 lbs. to 1,200 lbs. They also resist shock and are available in standard and custom sizes. They can also withstand high temperatures and are non-metallic. Phenolic resin wheels are used in aerospace and other industries.
They Are Excellent For Waste Bins
When choosing the right waste bin casters, you have many options. Many companies use OEM casters, which are explicitly made for waste bins and other garbage containers. These are a great option for your garbage containers as they are designed for soft, quiet rolls and are suitable for various temperatures. Phenolic caster wheels are made from heavy cotton denim and impregnated with phenolic resin. They are formed in close-fitting molds, ensuring a good fit and a non-marking surface. This makes them a good choice for waste bins and other stationary containers, such as autoclaves.
Platform Trucks
The choice of the wheel for your platform truck is vital to its mobility performance, lifespan, and budget. Choosing the right wheel requires careful consideration of total working load capacity. While there are many different types of wheels, each has its benefits and drawbacks. Aside from the cost, you should also consider ergonomics and durability. Some casters are more expensive, but their benefits can be worth it, saving you both time and money. A good choice for caster wheels is a phenolic wheel. Made from phenolic resin and mixed with macerated canvas, phenolic wheels offer excellent floor protection and are quiet. They also resist most chemicals and steam. These wheels are often used in warehousing and industrial manufacturing. They also have a high load capacity, usually up to 1250 lbs per caster.
Heavy Material Handling
Phenolic caster wheels are a popular choice for heavy material handling applications. They are made by mixing phenolic resin and macerated denim and applying high temperatures and pressure to the material. The result is a wheel that can withstand heavy loads without flexing. Another popular use for phenolic casters is in autoclaves and curing ovens. Since the wheels are so durable, they can withstand extremely high temperatures. They are often used in autoclaves, baking, and curing ovens.
Autoclaves
Phenolic caster wheels are the best choice for autoclaves, as they are both low-cost and durable. They come in a range of diameters and are nearly as tough as steel. They are also very quiet, unlike steel wheels. However, they are not suitable for carts on finished floors, so you should choose polyurethane wheels instead. When choosing wheels for autoclaves, you should choose temperature-resistant phenolic wheels, as this will provide the greatest protection to your floors. You should choose a high-temp phenolic wheel if you need wheels for high-temperature applications. This type of wheel is able to withstand temperatures of up to 475 degrees F. However, it is not recommended for continuous use at higher temperatures, such as 525 degrees F. It is commonly used in autoclaves, baking ovens, and curing ovens.
Baking Ovens
Phenolic caster wheels are an excellent choice for heavy-duty kitchen equipment. They are very durable and can withstand high temperatures and hard impacts. Moreover, they are resistant to grease, oils, and chemicals. In addition, they don’t leave floor marks. They come in various sizes, from 5″ to 8″ in diameter. If you’re considering phenolic caster wheels for your baking ovens, you should know that the material is made specifically to withstand high temperatures. These casters can handle temperatures of up to 475 degrees Fahrenheit. They are also spark-proof, which makes them ideal for bakeries.