OEM Custom Square Tube Connector Shower Hanging Clips Clamps Zinc Alloy Stainless Steel Manufacturers, Factories

Our revolutionary square tube connectors (hanging clips) represent the next generation of modular structural solutions, designed specifically for architects, engineers, and construction professionals. These precision-engineered components enable secure connections between square tubing in various configurations - including 90° angles, T-junctions, and cross connections - while maintaining exceptional load-bearing capacity.

Key Features & Benefits:

Full Customization Options
Available in 20×20mm to 100×100mm tube sizes
Material choices: Grade 304/316 stainless steel or powder-coated aluminum
Adjustable clamping force (15-50Nm torque range)
Custom powder coating in RAL color codes

Superior Engineering
CNC-machined from solid billets for perfect dimensional accuracy
Integrated anti-vibration rubber gaskets (replaceable)
Corrosion-resistant zinc-nickel plating as standard
Pre-drilled mounting holes compatible with M6-M12 hardware

Product Description

Application Scenarios

1. Shower Enclosure Framing Systems
  • Diamond-type enclosures: Connect 90° corner structures with precise angle adjustment (±1°) for triple-panel glass fixation
  • Curved enclosures: Adapt to 800-1200mm diameter arcs with 15° incremental locking and integrated rubber damping pads
  • Linear-type enclosures: Reinforce top beams and vertical posts for sliding door tracks (dynamic load ≥200kg)
2. Space Optimization Solutions
  • Compact corner utilization: Enable 3-way/4-way tube junctions (T-cross) in ≤4m² bathrooms while maintaining ≥500kg static load capacity
  • Modular function expansion: Pre-welded mounting holes allow integration of towel racks/shelves within dry-wet separation layouts
3. Special Material Applications
  • Carbon fiber connectors: Reduce weight by 40% with ≥800MPa tensile strength for suspended/thin-frame designs
  • For coastal/steam room installations
Note: Actual selection must consider door type (swing/slide), glass thickness (6–10mm), and wall structure.

Product Display

Why Choose Our Solution?

Backed by 17 years of experience and a dedicated engineering support team, these connectors undergo rigorous testing to fulfill both the technical requirements of engineers and procurement specifications.

With a comprehensive process covering moulding, die-casting, machining, polishing, plating/powder coating/painting, inspection, assembly, and shipment, every step of production is strictly controlled to ensure quality and maximize product qualification rates.

OEM/ODM services are available for international standards across Europe and America. Plating thickness for copper, nickel, and chrome is strictly maintained (Cu ≥ 15um, Ni ≥ 10um, Cr ≥ 0.15um), passing neutral 240-hour or acidic 48-hour salt spray tests. Customization options extend salt spray resistance beyond neutral 480 hours. Returned materials are never used directly for die-casting production.

Frequently Asked Questions (FAQ)

1. What shower enclosure structures are these connectors suitable for?
They are suitable for diamond-type, curved (800-1200mm arcs), and linear-type shower enclosure framing systems, accommodating glass thicknesses from 6mm to 10mm.
2. What load capacities do these connectors support?
Linear-type enclosures support a dynamic load of ≥200kg, while 3-way/4-way tube junctions in compact corner setups maintain a static load capacity of ≥500kg.
3. What plating standards and corrosion resistance levels are guaranteed?
Plating thickness standards are Cu ≥ 15um, Ni ≥ 10um, and Cr ≥ 0.15um. Products pass neutral 240-hour or acidic 48-hour salt spray tests, with custom solutions capable of exceeding neutral 480 hours.
4. What features do the special carbon fiber connectors offer?
Carbon fiber connectors reduce structural weight by 40% while delivering tensile strength ≥800MPa, making them ideal for suspended or thin-frame designs in coastal or steam room environments.
5. Are OEM and ODM customization services supported?
Yes, full OEM/ODM services are supported through an end-to-end process including moulding, die-casting, machining, polishing, surface coating, inspection, and assembly.
6. Are recycled or returned materials used in production?
No, return materials are never directly used for die-casting production to ensure consistent quality and high product qualification standards.

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