Stainless Steel 2-Hole 90° Degree Brackets | Type 316 | Polished Brite Finish | Structural Support Fittings
Stainless Steel 2-Hole 90° Degree Brackets provide strong, corrosion-resistant support for fastening and stacking stainless steel strut systems. Engineered for precision alignment and dependable strength, these brackets ensure stability in both industrial and commercial assemblies.
Manufactured from Type 316 stainless steel, these fittings are designed for performance in harsh or sanitary environments. The Polished Brite Finish offers a sleek, professional look while enhancing resistance to corrosion and contaminants, making them suitable for cleanroom, marine, and food-processing facilities.
Key Features & Benefits
- Type 316 Stainless Steel: Provides exceptional resistance to rust, chemicals, and moisture for long-term performance.
- Polished Brite Finish: Smooth, easy-to-clean surface resists dirt and corrosion while maintaining an attractive appearance.
- Rugged 90° Design: Ensures precise, secure angular connections for strut systems and framework reinforcement.
- Simple Installation: Two-hole configuration allows quick mounting with standard hardware, minimizing assembly time.
Applications
- Equipment mounting and support structures
- Electrical and conduit installations
- Framing and cross-bracing for strut systems
- Sanitary, marine, and industrial environments
Specifications
- Material: Type 316 Stainless Steel
- Finish: Polished Brite (#4)
- Design: 2-Hole 90° angular bracket for stainless strut systems
Dimensional Data
| Catalog Number | Material Type | Surface Finish | Weight (lb/ea) | Package Qty | Package Weight (lb) |
|---|---|---|---|---|---|
| S600002B00 | Stainless Steel – 316 | #4 Polished Finish | 0.32 | 50 | 16 |
Stainless Steel 2-Hole 90 Degree Brackets | Type 316 | Polished Brite Finish | Structural Support Fittings | Industrial | Construction | Marine | Sanitary | Corrosion Resistant
316 Stainless Steel 2-Hole 90° Bracket | Polished Brite Finish | Heavy-Duty Angular Support for Strut Systems, Framing, and Equipment Mounting
