Vinahardware Steel Angle Bracket – Model 1604.1.50314 / 1604.1.50504
Product Description:
The Vinahardware Steel Angle Bracket (Model 1604.1.50314 / 1604.1.50504) is a durable 90° corner connector designed for heavy-duty industrial and furniture applications.
Manufactured from high-quality carbon steel, the bracket ensures precise right-angle alignment and strong load-bearing capacity. Each piece is laser-cut, stamped, edge-polished, and zinc-plated for superior corrosion resistance and safety in handling.
Vinahardware provides two production solutions depending on customer MOQ (Minimum Order Quantity):
For large-volume OEM orders, we utilize full stamping-mold production to optimize speed, precision, and cost.
For small-quantity or prototype orders, the product is manufactured by CNC cutting and forming, ensuring flexibility and fast delivery without high tooling costs.
Specifications:
Material: Mild Steel (SPHC/SPCC) or Stainless Steel optional
Surface Treatment: Zinc plated / Chrome plated / Powder coated
Thickness: 2.0 – 3.0 mm
Angle: 90° precision bent
Holes: 4 holes (Ø6–Ø8 mm, customized)
Dimensions: 40×40 mm / 50×50 mm / custom sizes available
Production Process: Laser cutting → Stamping → Deburring → Bending → Zinc plating
MOQ: Negotiable based on order volume (OEM/ODM available)
Packaging: Bulk, polybag, or customized carton
Key Features:
✔ Strong 90° support bracket for wood, steel, or aluminum frames
✔ Smooth, safe edges after polishing – no sharp burrs
✔ Zinc-coated for corrosion and rust resistance
✔ Custom hole size and thickness per customer request
✔ Flexible production – suitable for both small and mass OEM orders
Applications:
Furniture assembly (tables, cabinets, beds)
Industrial racks, frames, and enclosures
Machinery and workshop structures
Vinahardware Advantage:
With 15+ years of experience in metal fabrication, stamping, CNC, and surface finishing, Vinahardware ensures precise quality, stable pricing, and on-time delivery for global partners.
OEM/ODM and sample customization are fully supported.