Extended Information: 4" x 2" Stainless HD Nylon Glass Filled Roller Bearing Side Lock Caster
The 4" x 2" Stainless HD Nylon Glass Filled Roller Bearing Side Lock Caster is engineered to deliver exceptional performance and durability in demanding industrial applications. Designed for heavy-duty usage, this caster combines a robust construction with a focus on user safety and ease of use.
Superior Construction
This caster features a full double ball hardened raceway that enhances performance and ensures longevity. The use of FDA-approved food-grade grease allows for operation in a wide temperature range from -40°F to 600°F, making it suitable for various environments, including food processing and pharmaceuticals.
Enhanced Mobility and Load Capacity
With a load capacity of 1000 lb, this caster is perfect for moving heavy equipment and materials. Its 4" x 4.5" top plate ensures secure fastening to a variety of carts and equipment, while the 2-inch wheel tread width provides excellent stability and maneuverability.
User-Friendly Design
- Top Lock Brake: The integrated top lock brake (DTBRK7) provides secure stopping power, preventing accidental movement.
- Easy Installation: The caster features a bolt hole pattern of 2-5/8" to 3" x 3" to 3-5/8", allowing for straightforward installation on various platforms.
- Stainless Steel Finish: The stainless steel construction not only enhances durability but also provides a sleek, professional appearance.
Safety and Compliance
This caster is RoHS compliant and features NSF certification (excluding thread guards), ensuring that it meets high safety and health standards. With a warranty of 3 years, you can trust in the quality and reliability of this product for your industrial needs.
Conclusion
Upgrade your equipment with the 4" x 2" Stainless HD Nylon Glass Filled Roller Bearing Side Lock Caster for a durable and reliable mobility solution. Ideal for various industrial applications, this caster will enhance the functionality of your carts, equipment, and furniture while ensuring safety and stability.