Glaxor Round D-Shape Glass Door Pull Handle
Enhance your commercial or residential entryways with the GLAXOR Round D-Shape Glass Door pull handle. Crafted from premium stainless steel, this durable hardware provides an ergonomic grip and a seamless aesthetic for modern glass hardware applications.
- Heavy-Duty Build
- Seamless Aesthetics
- Unmatched Reliability
- Low Maintenance
- Timeless Elegance
- Effortless Installation
Product Overview
Stainless Steel Round D-Shape Glass Door Pull Handle
The GLAXOR Round D-Shape pull handle utilizes a highly reliable back-to-back, bolt-through mounting mechanism. The system consists of two identically matched handle halves placed on opposite sides of the door. A sturdy threaded connecting bolt passes directly through pre-drilled holes in the glass or wood panel, securely threading into the connection collars of both handles.
Features
- High-grade stainless steel construction engineered for exceptional longevity and strength.
- Classic D-shape tubular design offering continuous ergonomic comfort and timeless style.
- Expertly manufactured as top-tier glass hardware for a flawless architectural finish.
- Sleek brushed/satin surface that effectively resists fingerprints, smudges, and daily wear.
- Engineered for back-to-back installation, ensuring a highly stable and secure mount.
- Ideal for high-traffic commercial spaces, corporate offices, and contemporary homes.
| Feature | Details |
| Brand | GLAXOR |
| Material | High-Grade Stainless Steel (SS 304 / SS 316) |
| Finish Type | Glossy, Satin, Black, Gold, R-Gold |
| Load Capacity | Heavy-Duty (Suitable for high-traffic commercial doors) |
| Type | Back-to-Back Round Pull Handle (D-Shape) |
| Usage/Application | 90 Degree Hold-Open (Double Action) |
| Installation Type | 80kg to 120kg (As per model size) |
Technical Architecture
Material
High-Grade Stainless Steel (202/304)
Design
Modern Round D-Shape Pull
Finish
Glossy, Satin, Black, Gold, R-Gold
Durability
Classified as highly durable hardware, resistant to corrosion, rust, and tarnishing in diverse environments.
