How to install and buy frameless shower doors

How to install and buy frameless shower doors

Precautions

1. The pre-buried holes of the best shower doors for small bathrooms size should be designed before the bathroom is decorated.

2. The best custom-made best shower doors for small bathrooms with installed water supply system and ceramic tiles.

3. Wiring leakage protection switch devices should be considered before installation in the shower room to avoid rework.

4. The style of the buy frameless shower doors depends on the layout of the bathroom, the common ones are corner type and straight type.

5. When installing the best shower doors for small bathrooms, it should be installed strictly according to the assembly process.

6. The best shower doors for small bathrooms must be firmly connected to the building structure without shaking.

7. The open shower room must be fixed with non-hollow walls with expansion bolts and drained. The amount of water in the bottom basin should not exceed 500 grams.

8. The appearance of the buy frameless shower doors after installation should be clean and bright. The sliding door and sliding door should be parallel or perpendicular to each other, and the best shower doors for small bathrooms should be symmetrical. The sliding door should open and close smoothly without any gaps and water leakage. The shower room and the bottom basin should be sealed with silicone.

Insufficient and perfect buy frameless shower doors products

Most shower rooms on the market use tempered glass as the main material, and tempered glass has the defect of self-explosion, which is described as follows:

Self-explosion of tempered glass of best shower doors for small bathrooms

The automatic explosion of tempered glass without direct mechanical external force is called self-explosion of tempered glass, and self-explosion is one of the inherent characteristics of tempered glass.

A. There are many reasons for spontaneous explosion. Simply summarize the following:

①The influence of glass defects

A. There are stones and impurities in the glass: The impurities in the glass are weak points of tempered glass and stress concentration points. Especially if the stone is in the tensile stress zone of the tempered glass, it is an important factor that causes the explosion.

Stones exist in the glass and have a different expansion coefficient from the glass body. After glass tempering, the stress concentration in the crack area around the stone increases exponentially. When the coefficient of expansion of the stone is smaller than that of glass, the tangential stress around the stone is in tension. The crack propagation that accompanies the stone is easy to occur.

B. The glass contains nickel sulfide crystals.

Nickel sulfide inclusions generally exist as small crystalline spheres with a diameter of 0.1-2 mm. The appearance is metallic. These miscellaneous inclusions are NI3S2, NI7S6 and NI-XS, where X=0—0.07. Only the NI1-XS phase is the main cause of spontaneous explosion of tempered glass.

The theoretical NIS is known to be 379. At C, there is a phase transition process, from the high temperature state a-NIS hexagonal crystal system to the low temperature state B-NI trigonal crystal system, accompanied by 2.38% volume expansion. This structure is preserved at room temperature. If the glass is heated in the future, a-B state transition may occur quickly. If these impurities are inside the tempered glass under tensile stress, the volume expansion will cause spontaneous explosion. If a-NIS exists at room temperature, it will slowly change to the B state after several years and months. The slow increase in volume during this phase change does not necessarily cause internal rupture.

C. The glass surface has defects such as scratches, blasting, deep blasting due to improper processing or operation, which may cause stress concentration or cause the tempered glass to explode.

②Uneven stress distribution and offset

When the glass is heated or cooled, the temperature gradient along the thickness of the glass is uneven and asymmetric. Toughened products have a tendency to explode, and some produce "wind explosion" when they are chilled. If the tensile stress zone shifts to a certain side of the product or shifts to the surface, the tempered glass will explode.

③The influence of tempering degree

③The influence of the degree of toughening. Experiments have shown that when the degree of toughening is increased to level 1/cm, the number of self-detonations reaches 20-25%. It can be seen that the greater the stress, the higher the degree of toughening, and the greater the amount of self-detonation for best shower doors for small bathrooms