• High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip) System 1
  • High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip) System 2
  • High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip) System 3
  • High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip) System 4
High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip)

High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip)

Ref Price:
get latest price
Loading Port:
XINGANG
Payment Terms:
TT OR LC
Min Order Qty:
100 pallet
Supply Capability:
100000 pallet/month

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Specification

Place of Origin:
China
Structure:
Solid
Application:
Kitchen, Bathroom, Hotel, shower room
Size:
Customer Size
Color:
clear blue green bronze grey pink
Thickness:
6-12mm

High quality borosilicate 3.3 tempered heat-resistant glass(Semiconductor chip)


Product Introduction


The main characteristics of high borosilicate glass 3.3 are: no peeling, non-toxic, tasteless; Good transparency, clean and beautiful appearance, good barrier, breathable, high borosilicate glass material, has the advantages of high temperature resistance, freezing resistance, pressure resistance, cleaning resistance, not only can be high temperature bacteria, can also be stored at low temperature. High borosilicate glass is also known as hard glass, is an advanced process made of processing. 


 This revolutionary glass is made of borosilicate, a special material that combines strength and durability with an extraordinarily high heat resistance. 

Whether it's functional or decorative, this magnificent material will make any project look great while helping protect against extreme temperatures up to 500°C (932°F). And because of its excellent thermal shock properties, it won't cloud over time from frequent temperature fluctuations either! 


High borosilicate 3.3 glass is high-temperature resistant glass, heat-resistant glass and temperature difference resistant glass. The linear expansion coefficient is 3.3 ± 0.1 × 10-6 / K, is a glass with sodium oxide (Na2O), boron oxide (b2o2) and silicon dioxide (SiO2) as the basic components. The content of boron and silicon in the glass composition is relatively high, namely, boron: 12.5 ~ 13.5%, silicon: 78 ~ 80%.

The expansion coefficient will affect the stability of glass. The expansion coefficient of borosilicate 3.3 heat-resistant glass is 0.4 times that of ordinary glass. Therefore, at high temperature, borosilicate 3.3 heat-resistant glass still maintains excellent stability and will not crack or break.





Feature

  1. Low expansion coefficient

  2. good thermal properties

  3. mechanical properties

  4. optical properties and ultra-high chemical stability


Advantages


  • Fire protection duration exceeding 2 hours

  • Outstanding mechanical strength, 8-10 times stronger than ordinary  glass

  • Small specific gravity, more than 8% lighter than ordinary soda lime silica glass

  • Higher light transmittance 

  • Stable chemical property

  • Without self-explosion

  • Excellent ability at thermal shack



When it comes to the use of borosilicate glass semiconductor chip technology, there are many advantages to this material over traditional silicon-based chips.

 1.borosilicate can handle higher temperatures without its properties becoming affected by heat or pressure changes like silicon would when exposed to extreme conditions. (This makes them ideal for high-temperature electronics as well as other products requiring precise temperature control—such as certain types of lasers or x-ray machines where accuracy needs to be paramount due to the potentially dangerous nature of the radiation they emit if not properly contained within their housing materials)


2.Borosilicate's remarkable strength means that these chips can be made much thinner than those using silicon wafers – a major plus for any device needing miniaturization capabilities such as smartphones or tablets with very limited space inside them for components like processors or memory modules which require large amounts power yet have low volume requirements at the same time . Additionally , because these materials don't suffer from oxidation (rusting) like metal parts do , they're perfect for long-term reliability in harsh environments where exposure could lead regular metals corroding away over time.


3. Borosilicates' excellent electrical insulation properties make them great candidates for complex circuitry designs where insulation between each layer is essential in order prevent short circuits occurring during operation – something that’s especially important when dealing with high voltages which could cause irreversible damage if allowed unchecked currents flowing through sensitive areas on board .  All this combines together making borosilicate glass 3.3 an exceptionally suitable solution whenever needing highly durable materials performing reliably under extreme conditions while providing exceptional electrical isolation.


Packaging Photos of Borosilicate Glass 3.3




FAQ


Q:How to get a quotation?

A: we need to get specific details, such as size, color, thickness, quantity, edge,etc.


Q: Can you do the production as customized?

A: Yes, we have a professional technique team, we could produce the glass depends on your requirements.


Q: What the your glass package ?  Are they safe ?

A: Wooden Crates Worthy for Ocean and Land Carriage .The crates will be very strong and every loading worker has 12years packed,

loading and fixation crates with container experience.  And we send the loading pictures for you after we loading .


Q:.  What is your minimum order quantity?

A:Our MOQ is one full 20 feet container.

Products of different sizes and specifications could be mixed in one container.


Q: Can you supply a free samples ?

A: yes, if you want us to provide big size sample according to your requirements, you should pay the cost of production.


Q: Is it permissible or permitted to block the use of fireproofing in cable ducts?
Must be blocked with non-combustible materials, such as fire mud!
Q: Do you need to do floor fire isolation? There are those regulations for fire protection
6.2.9 The shaft of the elevator shaft in the building shall meet the following requirements: 1 The elevator shaft shall be set independently. No combustible gas and A, B and C liquid piping shall be laid in the well, and no cables and wires shall be laid. In addition to the installation of elevator doors, safety escape doors and ventilation holes, should not set other openings; 2 cable wells, pipe wells, flue gas, exhaust, garbage Road and other vertical shaft, should be set independently The The fire resistance of the borehole wall shall not be less than 1.00h and the inspection door on the wall of the shaft shall be of Class C fireproof door. 3 The cable wells and pipe wells in the building shall use non-combustible materials not less than the fire resistance of the floor at each floor Or fire blocking material plugging. The construction of the cable wells, pipe wells and rooms, walkways and other connected pores should be used to block the fire blocking material; 4 buildings within the garbage should be set by the external walls of the garbage should be directly open to the outdoor, Garbage bucket should be made of non-combustible materials, and should be able to shut down; outdoor billboards should not be blocked the construction of the window, should not affect the external fire rescue operations.
Q: Is the material inside the fire door gypsum board?
Can also use rock wool board, foam cement board to do filling
Q: Height greater than 60m residential building construction, when the use of B1-class insulation material, every few layers to set the level of fire isolation belt?
Now the external wall insulation materials are required to reach A level, see "Gong [2017] 65"
Q: Building ceiling material fire rating
See "Building interior decoration fire protection design specifications
Q: Why do the cabinets in the bathroom use fireproof board material, the bathroom is easy to fire?
Because the fire board has: waterproof performance. The concept of the fire board is easy to confuse with the professional name. In fact, the fireproof plate we talk about is the fireproof sheet (for example, on the cupboard). It is made of fireproof board (or fire board veneer) and substrate MDF or particleboard) by hot sol high temperature and pressure made by paste. Fireproof board (fire board veneer), also known as fire board, formerly known as thermosetting resin impregnated paper high pressure decorative laminated board, abbreviated as HPL, is a surface decoration with refractory building materials, a rich surface color, pattern and special Physical properties and ease of processing, widely used in interior decoration of the surface material. It is impregnated with phenolic resin for the core (bottom) layer and the amino resin (mainly melamine resin) impregnated paper for the surface layer by heating and bonding at a pressure of not less than 5MPa, the outer layer of one or two A decorative color or pattern. Fire board / fire board is the base paper after melamine resin and phenolic resin processing, the main physical properties are shown by the resin characteristics. Melamine resin thermosetting after a good gloss, good transparency, high surface hardness, wear resistance, high temperature, impact resistance, surface pores are not easy to be pollution, chemical resistance, water resistance, solvent resistance, Such as excellent performance, mechanical strength, electrical insulation, good arc resistance and easy aging. Phenolic resin resin after heat curing and heat and hard and other properties. After the combination of two resins, fire board / fire board both the performance of both.
Q: What does the fire board use?
This is the fire board manufacturers technical problems.
Q: Is the soundproof cotton a fireproof material?
Can be said to be ,,, but not that he will not burn, I tried to burn with fire, when we still fire when he was still burning, the fire that went to immediately off, that he is flame retardant of,,,
Q: What is A grade fireproof material?
B1 grade, flame retardant; B2 grade, flammability; B3 grade, flammability. B1 grade, flame retardant; B2 grade, flammability; B3 grade, flammability. A grade fireproof material is burned material.
Q: Polystyrene board is A-class or B-class fire insulation materials
Polystyrene board belonging to the B-class fire insulation materials

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