Top quality tempered safty glass manufacturer in China HG-T001

Description

Top quality tempered safety glass manufacturer in China HG-T001

Glass Type	Clear Glass, Tinted Glass, Reflective Glass,
	On-line Low-e Glass, Low-iron Glass
Craft	Tempered Glass, Heat Strength Glass,
	Heat Soaked Glass
Color	Blue, Green, Bronze, Gray,Golden etc.
Thickness	5mm、6mm、8mm、10m
	m12mm、15mm、19mm
Max Size	Flat Glass:2440*6000mm
	Curved Glass:1000x2000mm
Min Size	Flat Glass:300x300mm
	Curved Glass:300*300mm
Certificates	CE & CCC & CSI

Why choose us:

1. Can accept small quantity order

2. Accept customized

3. Handle optional

4. Towel rack optional (with/without)

5. Glass self-cleaning (more selling points)

6. Contains installation hardware (convenient installation and more thoughtful)

7, with installation instructions (conform European and American habits)

8. Square tube/round tube/stainless steel/wire drawing and gloss (more abundant products)

9. Carton packaging (Both project and supermarket)

1. Production process

Cutting-edging-rounded corners-water jet-punching-silk screen-tempering-self-cleaning liquid / safety explosion-proof film-packaging

Cut Two edges grinding

Round Corner Machine hole puncher

curve tempered glass Bathroom door

Glass film

Nano self-cleaning liquid

2. Quality Control

2.1 Each glass must be inspected to confirm before entering the factory;

2.2 Quality control in the production process are in accordance with quality control standards.

First inspection-self-inspection-special inspection-factory inspection, product standards are strictly implemented in accordance with customer technical documents or industry standards;

2.3 The dimensional accuracy and tempering quality inspection data of processed products shall be recorded and archived with traceability;

2.4 The bending degree of toughened grain is tested, the bending degree is 1.5‰, and the grain size is 55-80 grains per 50*50mm

3. The company's certification qualifications

The company's products have passed European CE certification and American SGCC certification

4. 10years of export packaging experience: Carton foam packaging and fumigation-free wooden box packaging can be realized to ensure product transportation safety;

5. The company's equipment processing capacity

Focus on the manufacture of tempered glass for home appliances for 14 years. The company has comprehensive equipment capabilities for processing high-temperature silk screens, including Italian Bottero cutting machines, Bottero edging machines, CNC machining centers, automatic punching machines, automatic rounding machines, automatic screen printing machines, tempering furnaces and other equipment.

-Choose Taiwan Glass or Jinjing Automotive Grade Original Float glass

-Polished straight edges, size tolerance ±1mm, uniform edge 1mm

-Safety corner or round corner treatment

-Water jet cutting, accurate size, vertical water jet with safety angle,

-Even tempered grain

-Fumigation-free wooden box packaging, firm and safe

-Can provide carton foam sales packaging

-Self-cleaning nano coating can be applied

-Safety explosion-proof film can be attached

Glass processing range:

Thickness: 3mm, 3.2mm, 4mm, 5mm, 6mm, 8mm, 10mm, 12mm

Glass color: chear glass, ultra clear glass, tinted glass,reflective glass

Edging: straight edge, round edge

Tempering: C shape and J shape

Silk screen: high temperature screen printing, frosted screen printing

shower room: shower room assembly

Other processes: can be coated with nano self-cleaning liquid (from Germany, 10-year warranty),

Safety explosion-proof film can be attached

Packing: plywood wooden box and carton + foam separate sales packaging

The Evolution of Safety Glass: A Historical Perspective

Safety glass, a crucial development in the history of materials, has transformed industries from automotive to construction, significantly enhancing safety and durability. This article explores the evolution of safety glass, tracing its origins, key developments, and its impact on modern life.

 

Origins and Early Innovations

The history of safety glass dates back to the late 19th and early 20th centuries. In 1892, Frank Shuman invented wire mesh glass, embedding a wire mesh within the glass to prevent shattering. This innovation was a significant step forward, offering increased safety by holding glass fragments together upon breaking [6].

 

In 1903, French chemist Édouard Bénédictus made a groundbreaking discovery that led to the invention of laminated glass. Inspired by an accident in his laboratory where a glass flask coated with cellulose nitrate didn’t shatter upon falling, Bénédictus realized the potential for safety applications. He patented this new form of glass, which consisted of two layers of glass with a plastic interlayer, creating a product that held together when broken [4].

 

Development and Adoption in the Automotive Industry

The automotive industry was among the first to recognize the potential of safety glass. Early car windows and windshields were made from ordinary glass, which posed serious risks in the event of accidents, often causing severe injuries from shattering. In the 1920s, car manufacturers began to adopt laminated glass for windshields, significantly reducing injuries caused by glass breakage.

 

In the late 1930s, advancements in safety glass technology led to the development of tempered glass. This type of glass is heated and then rapidly cooled, which increases its strength and causes it to break into small, blunt pieces rather than sharp shards. Tempered glass became widely used in car side windows and rear windows, further enhancing passenger safety [5].

 

Evolution in Building Design

The construction industry also saw the benefits of safety glass. Initially used primarily for its aesthetic appeal and ability to allow natural light into buildings, glass had inherent risks due to its fragility. The development of laminated and tempered glass revolutionized architectural design by enabling the use of larger glass panels without compromising safety.

 

During the 20th century, safety glass became a standard in buildings, especially in high-rise structures, public buildings, and places with high foot traffic. Innovations like float glass technology, developed by Sir Alastair Pilkington in the 1950s, allowed for the mass production of high-quality glass at lower costs, further promoting its use in construction [2].

 

Advances in Manufacturing Techniques

The late 20th and early 21st centuries brought significant advancements in the manufacturing techniques of safety glass. One notable development was the introduction of chemical tempering, which involves placing glass in a bath of potassium salt to strengthen it. This process allows the creation of even thinner yet stronger glass, expanding its applications.

 

Another major advancement was the development of smart glass technologies. These include electrochromic glass, which can change its light transmission properties when voltage is applied, and photochromic glass, which darkens in response to sunlight. These technologies not only enhance safety but also contribute to energy efficiency in buildings [3].

 

Safety Glass in Modern Applications

Today, safety glass is ubiquitous, found in a wide range of applications beyond automotive and construction. It is used in household items such as shower doors, tabletops, and glass railings, as well as in public transportation, aerospace, and even in smartphones and electronic devices.

 

The advancements in safety glass have also been pivotal in developing more resilient and sustainable buildings. Modern safety glass is often combined with other materials to enhance its properties. For example, double glazing combines two layers of glass with an air or gas-filled cavity in between, providing improved thermal insulation and soundproofing.

 

The Role of Regulations and Standards

The widespread adoption of safety glass has been driven in part by regulations and standards that mandate its use in various applications. Organizations like the American National Standards Institute (ANSI) and the International Organization for Standardization (ISO) have developed guidelines that ensure the quality and safety of glass used in different industries.

 

In the automotive industry, for instance, regulations require the use of laminated glass for windshields and tempered glass for side and rear windows. Building codes in many countries mandate the use of safety glass in certain areas, such as in doors, windows near the floor, and in high-traffic areas to prevent injuries from accidental impacts [1].

 

Future Directions and Innovations

The future of safety glass is promising, with ongoing research and development aimed at enhancing its properties and expanding its applications. One area of focus is improving the energy efficiency of safety glass. Innovations like triple glazing and vacuum glazing are being explored to create glass that provides superior insulation without compromising on safety or visibility.

 

Additionally, advancements in nanotechnology are opening up new possibilities for safety glass. Researchers are developing coatings that can make glass self-cleaning, more scratch-resistant, and even capable of filtering harmful UV rays while maintaining transparency.

 

Another exciting development is the integration of smart technologies into safety glass. This includes glass that can incorporate sensors to monitor environmental conditions, detect break-ins, or even change its opacity on demand for privacy or shading purposes.

 

Conclusion

The evolution of safety glass is a testament to human ingenuity and the relentless pursuit of safety and innovation. From its humble beginnings with wire mesh glass to the sophisticated laminated and tempered glass of today, safety glass has made significant strides in protecting lives and enhancing the functionality of various structures and devices.

 

As technology continues to advance, safety glass will undoubtedly play an even more critical role in shaping the future of architecture, transportation, and everyday products. Its ability to combine safety, functionality, and aesthetic appeal makes it an indispensable material in the modern world.

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