Stainless Steel Garage Door Parts
Center Bearing Plate, Universal, RH, SS, 3-3/8"- 6", w/SS Greaseable Bearing, Multi-Position
The PBSS-BCUSS-R is a universal right-hand stainless steel center bearing plate designed for commercial sectional overhead garage doors with any track configuration. Constructed from tough and rust-resistant 304 stainless steel, this bearing plate is built for demanding overhead door applications where corrosion resistance and long-term durability matter.
This bearing plate includes 1 right-hand bearing plate, constructed from 11-gauge 304L stainless steel, along with a stainless steel greaseable bearing with cast stainless steel flange.
Universal in design, this bearing plate features multiple positions for 3-3/8", 4-3/8", 5" and 6" offsets, handling most cable drum sizes and/or springs.
Built to perform in high-use, high-moisture, and corrosive environments such as car and truck washes, salt/brine sheds, waste treatment/chemical plants, mining operations, and other industrial settings, this stainless steel center bearing plate outlasts standard commercial hardware and helps keep commercial overhead door systems operating reliably in the toughest conditions.
Key Features:
- Heavy Duty 11 ga., 304 Stainless Steel Bracket
- Stainless Greaseable Bearing with Cast Stainless Steel Flange
- Right Hand Mounting Flange
- Multi-Position: 3-3/8" to 6" Bearing Placement
- Stainless Steel Fasteners
- Priced Per Each
Applications:
- Car, Truck, or Other Wash Facilities
- Waste Treatment / Chemical Plants
- Salt Sheds / Brine Rooms and DOT Facilities
- Mining Operations
- Any High-Moisture, Corrosive, or Contaminated Environment
Benefits:
- Corrosion Resistant: 304L stainless steel helps prevent rust and extend service life.
- Long-Lasting Performance: Designed for demanding commercial and industrial overhead door applications.
- Built for Tough Conditions: Ideal for environments exposed to moisture, chemicals, and constant use.
- Heavy-Duty Construction: Built for harsh, high-cycle environments where standard components can fail prematurely.