Phenolic Casters- 20～180℃

In industries where mobility and durability are paramount, phenolic casters stand as stalwart companions. Engineered from high-quality phenolic resin, these casters are designed to withstand extreme temperatures ranging from -20°C to 180°C, making them ideal for both hot and cold environments. Whether you’re navigating industrial floors, commercial kitchens, or medical settings, phenolic casters offer unparalleled performance and reliability.If you can’t find the caster you’re looking for, contact us. We’ll help you find the perfect solution.

Exceptional Temperature Resistance

Phenolic casters excel in environments where traditional casters may falter. With a temperature tolerance spanning from freezing conditions to high-heat environments, these casters maintain their structural integrity and functionality. This versatility ensures smooth operation across diverse applications, from refrigerated warehouses to ovens and autoclaves.

Diverse Bracket Options for Every Need

Customization is key when it comes to optimizing mobility solutions. Our phenolic casters come with a variety of bracket options to suit specific requirements. Choose from swivel or rigid configurations, with or without brakes, to achieve optimal maneuverability and stability. Each bracket is meticulously crafted to ensure seamless integration and long-lasting performance in challenging environments.

Key Features and Benefits

Durable Construction: Constructed from robust phenolic resin, these casters offer exceptional durability and resistance to wear and tear.

Smooth Mobility: Precision engineering ensures smooth and quiet operation, enhancing workplace efficiency and comfort.

Chemical Resistance: Resistant to oils, grease, and most chemicals, phenolic casters maintain their performance in harsh industrial environments.

Non-Marking: Designed with non-marking wheels to protect floors and maintain cleanliness.

Enhance Bakery Mobility with Phenolic Casters

Phenolic casters are the unsung heroes of bakery operations, offering robust durability and smooth maneuverability essential for busy environments. Crafted from a unique blend of resin and reinforced with fibers, these phenolic casters excel in withstanding heavy loads while ensuring effortless movement across various surfaces.

In the bustling setting of a bakery, where efficiency and cleanliness are paramount, phenolic casters shine. Their non-marking, non-reactive wheels glide silently, safeguarding delicate floors and maintaining hygiene standards crucial in food handling areas. From transporting racks of freshly baked goods to navigating tight corners with ease, these phenolic casters provide reliable support throughout the day’s demands.

Ideal for racks, carts, and trays laden with dough, pastries, or baking supplies, phenolic casters offer superior load-bearing capacity and resilience against moisture and temperature fluctuations. Whether in the heat of the kitchen or the chill of storage areas, their performance remains unwavering, ensuring continuous productivity without compromise.

Sustainability and Compliance

At TARGET Casters, we prioritize sustainability and compliance with industry standards. Our phenolic casters are manufactured using eco-friendly processes and materials, ensuring minimal environmental impact. They also meet rigorous safety and quality regulations, providing peace of mind to our customers.

Contact Us

Discover the pinnacle of mobility and durability with our phenolic casters. Perfect for bakery racks, these phenolic casters offer unmatched strength and smooth navigation, ensuring effortless movement of heavy loads without floor damage. Ideal for high-traffic bakery environments, our phenolic casters are designed for reliability in both hot kitchens and cold storage areas. Enhance your bakery’s efficiency and hygiene standards with non-marking, non-reactive wheels that excel in cleanliness and ease of use. Place your order today and experience the difference in quality and performance that our phenolic casters bring to your bakery operations.