Shower cabinet sliding glass door

Abstract

A push-draw glass door in a shower compartment comprises a door leaf and a door frame, wherein, the periphery of the main body of the door leaf is provided with rectangular toughened glass with serging; a seal ring is embedded between the serging and the toughened glass; the inner side of the serging of an open and closing edge and the outer side of a doorframe of an open and closing edge are provided with corresponding gland strips; the serging of the inner side of a bottom margin is fixed with a water-stop plate horizontally; the inner side of a rotary edge doorframe is provided with a water-stop sheet axially. The invention is novel in design and outstanding in performance, and is provided with a water-tight sealing device at non-watertight parts, thereby the water insulation effect of the glass door is improved significantly; as the main body of the door leaf adopts imported glass epoxy, materials such as serging adopt aluminium alloy sections, thereby greatly improving the strength of the door leaf, reducing the weight of the door leaf, and accordingly the burden of installation and transportation is reduced, use is more flexible and convenient; the door leaf is applicable to modularized fabrication technology, thereby maintenance and replacement is more convenient.

Description

Technical field: [0001] The invention relates to a door for a shower room, in particular to a sliding glass door for a shower room. Background technique: [0002] At present, tempered glass doors are commonly used in shower rooms, which are beautiful and practical. However, due to factors such as its edge wrapping, poor waterproof design of door frames, and poor manufacturing, the sealing and water-proof effect of existing tempered glass doors in shower rooms is not ideal. Leakage, water seepage and other phenomena occur, thereby reducing the practicability of the glass door; in order to make the strength of the glass and the degree of cold and heat to meet the actual needs, the thickness of tempered glass is generally about 8 mm, and the thinnest is 5 mm. , so the whole door is too bulky, the installation of the glass door is time-consuming and laborious, and the use is not light enough; and the overall modular manufacturing degree of the door is relatively low, which is no...

AI Technical Summary

Problems solved by technology

[0002] At present, tempered glass doors are commonly used in shower rooms, which are beautiful and practical. However, due to factors such as its edge wrapping, poor waterproof design of door frames, and poor manufacturing, the sealing and water-proof effect of existing tempered glass doors in shower rooms is not ideal. Leakage, water seepage and other phenomena occur, thereby reducing the practicability of the glass door; in order to make the strength of the glass and the degree of cold and heat to meet the actual needs, the thickness of tempered glass is generally about 8 mm, and the thinnest is 5 mm. , so the whole door is too bulky, the installation of the glass door is time-consuming and laborious, and the use is not light enough; and the overall modular manufacturing degree of the door is relatively low, which is not conducive to maintenance and parts replacement

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