Home / Product / Hinge Classic Shower Enclosure / EX-407 6mm nano glass square hinge classic shower door with 2 stainless steel support bar
Hinge Classic Shower Enclosure

EX-407 6mm nano glass square hinge classic shower door with 2 stainless steel support bar

- Model:EX-407

- Open Style:hinge

- Glass Thickness:6mm

- Clear,frosted,grey,pattern glass etc

- Size:(800-1000)x(800-1000)x(1900-2000)mm,size can be customized 

- Aluminum finish:Chrome/matt black/gloden/matt

- Stainless steel handle/Zinc alloy handle

- Stainless steel hinge/Zinc alloy hinge/Brass hinge

- Metal support bar

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since 2011

Zhejiang Exceed New Material Technology Co., Ltd. is leading China EX-407 6mm nano glass square hinge classic shower door with 2 stainless steel support bar suppliers and OEM/ODM EX-407 6mm nano glass square hinge classic shower door with 2 stainless steel support bar company.Since its establishment 10 years ago, EXCEED specializes in the production of shower enclosures and sanitary wares and produces high-end products in strict accordance with international standards with the goal of development. Our main products are high-end shower rooms, shower trays, glass canopy, etc. We have passed GS. SGS and CE certificate. The core task of any shower enclosure is keeping the water where it should stay: inside the shower cabin. Extensive water leakage testing for every product prototype and every new model ensures that each product fulfills this key task. Expertise from these tests is also used to engineer modern, slim and simply elegant shower enclosures without compromising any functional characteristics. Exceed can stay reliable and stylish for you every day!

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Industry knowledge

1. Rounded Corners: Design the corners of the shower door to be slightly rounded or chamfered. This reduces the severity of the corner's edge and decreases the potential for injury.
2. Corner Guards: Incorporate corner guards made from soft and impact-absorbing materials, such as silicone or rubber. These guards can be affixed to the corners to provide a cushioning effect and reduce the impact if someone accidentally bumps into them.
3. Curved Stainless Steel Supports: Instead of sharp square angles, consider using stainless steel support bars with curved or rounded edges. This design choice not only adds a visually pleasing touch but also reduces the risk of injury.
4. Tempered Glass: Use tempered glass for the door panel. Tempered glass is designed to break into small, relatively harmless pieces when shattered, reducing the risk of sharp edges in case of breakage.
5. Edge Polishing: Ensure that all exposed edges of the glass and stainless steel supports are properly polished to remove any sharp or rough surfaces that could potentially cause harm.
6. Smooth Transitions: Design the junctions between the glass panels and the stainless steel supports to have smooth transitions without abrupt corners or edges.
7. Visibility: Ensure that the corners are clearly visible to users by maintaining proper lighting and visibility in the shower area. This helps users navigate around the door safely.
8. Ergonomic Handle Design: If the door includes handles, design them with ergonomic considerations in mind. Ensure that handles are comfortable to grip and are positioned in a way that minimizes the risk of accidental contact with corners.
9. User Testing: Conduct user testing or gather feedback from potential users to identify any potential pain points or safety concerns related to the corners. This can help refine the design to prioritize safety.
10. Regulations and Standards: Consult safety regulations and standards for shower door design to ensure compliance with safety requirements.
11. User Height Consideration: Take into account the average height of users. Corners that are at eye level or chest level are more likely to be encountered, so extra precautions may be needed.
12. Corner Radius Limitations: Keep in mind that certain fabrication and manufacturing processes might have limitations on the minimum radius for corners. Consult with the manufacturer to determine the feasible corner radius for your design.