Heat and Fire Resistant Borosilicate Float Glass for Glass facades

Heat and Fire Resistant Borosilicate Float Glass for Glass facades System 1

Heat and Fire Resistant Borosilicate Float Glass for Glass facades System 2

Heat and Fire Resistant Borosilicate Float Glass for Glass facades

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Loading Port:: XINGANG

Payment Terms:: TT OR LC

Min Order Qty:: 2 m.t.

Supply Capability:: 100 m.t./month

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1.Description:

Borosilicate fire-resistant glass is a kind of outstanding material and this glass has a wide range of safety applications. That can be used as single or insulating glass and meet different protection requirements.

2. Main features

3. Application:

glass

4. packing and shipping:

Q:Why is toughened glass broken?: A ton of glass raw materials, at least 3-4 of nickel sulfide crystals, the number of tons of glass made of pieces of a square size glass, which will have 3-4 to explode, which is self depicting the image of.

Q:Polypropylene short fiber and glass fiber if different: Polypropylene fiber is resistant to acid and alkali, and glass fiber has poor alkali resistance.

Q:Will toughened glass break naturally?: This is because of containing nickel sulfide crystal glass raw material, manufacturing technology in the world is any existing can not be completely avoided, only reduce the exploding probability through control of the purity of raw materials and processing technology to a.

Q:What's the difference between crystal and ordinary glass?: Feel: the same volume of crystal glass and ordinary glass weight is not the same. High crystal glass will make you feel calm, heavy feel. Similarly, the lower the crystal glass, the lighter it will be. Ordinary glass weight is more self-evident.

Q:Yacht enterprises are purchasing their own raw materials (resin, glass fiber, carbon fiber, etc.), home composite products, accessories?: General purchases of raw materials are their own, the general yacht above the bottom of the ship is a manufacturer, the ship is also a cloth manufacturers, as well as small boats on the yacht is also a manufacturer

Q:What are the construction principles and raw materials of tempered glass?: Any of the above factors are closely related to the heating and cooling conditions of glass. When the glass is uniformly heated to the tempering temperature, it suddenly cools down. Because of the different cooling rate of the inner and outer layers, the surface layer cools and contracts rapidly, while the inner layer cools and contracts slowly. As a result, the inner layer is subjected to compressive compressive stress and the surface layer is subjected to tensile stress. As the glass continues to cool, the surface has hardened and stopped shrinking, while the inner layer is still cooled and contracted until the room temperature is reached. In this way, the surface layer is compressed by the compression of the inner layer, and the inner layer forms tensile stress and is permanently retained in the tempered glass. Because the glass is strong and weak tensile compressive brittle material, when the glass is broken more than tensile strength, so the size and distribution form of stress is the main factor influencing the strength of glass and crack. In another case, when the glass is cooled in a plastic state, whether it is uneven heating or uneven cooling, as long as there is a temperature difference on the same piece of glass, there will be different shrinkage. At room temperature, the higher the temperature, the greater the cooling, and the greater the shrinkage, the shorter the glass. On the contrary, the lower the temperature is, the less the cooling, the smaller the shrinkage, and the longer the glass. If a piece of glass is short of each piece, the board must be warped. In this way, it is not difficult to understand why glass is deformed and how to prevent deformation.

Q:What are the chemicals in glass?: (some of these ingredients are repeated, and the content of the active ingredients should be carefully calculated when firing the glass) In addition, there are some trace elements, such as metal oxides, used for colored glass, shielding electromagnetic, optical glass and so on. Some other types of special glass materials account for a large proportion of raw materials, and may even contain quartz sand.

Q:What material is made of bullet proof glass?: Bullet proof glass is made of glued laminated material, which is glued together with many pieces of glass or high strength organic board. Generally has the following three layers of structure:Bearing layer: firstly, the layer is broken by impact, and the glass with large thickness and high strength is used. It can destroy warhead or change warhead shape, and make it lose the ability to move forward.Transition layer: the general use of organic adhesive material, strong adhesion, light fastness, can absorb part of impact energy, change the direction of the bullet forward. A very strong and transparent chemical film is sandwiched between laminated glass. This can not only effectively prevent bullet shooting, but also has the properties of surge resistance, explosion resistance, shock resistance and no cracks after impact.Safety protection layer: this layer is made of high strength glass or high strength transparent organic material. It has better elasticity and toughness, can absorb most impact energy, and ensure that the bullet can not penetrate the layer

Q:I want to ask, if the home is already hollow glass, that still need to foil it?: Insulating glass insulation effect is very good, but insulation, UV effect is not good. If a glass film is attached to the inner glass, the heat insulation effect is more marked, and the harmful ultraviolet ray can be effectively separated from the 99%, and the glass can be prevented from splashing after breaking.

Q:What are the characteristics of the gas flow in the flame space of a glass furnace?: Melting: mix into the glass melting furnace, at 1700 degrees of melting into glass liquid; 5, molding: the glass liquid into a tin bath (float), pull machine (lattice method), rolling machine (rolling method, adding metal wire is wire glass), forming the flat glass; 6, annealing: the glass forming into the annealing furnace annealing, stress balance, prevent from breaking crack. Finally, inspection and packing.

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