19mm Specialty Architectural Glass for Impact-Resistant Barriers and Unsupported Partitions

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Product Description

Basic Information

Model NO.19TTG
ShapeFlat
StandardGB15763.2-2005
Thickness19MM
TechnicsPhysically Tempered
UsageBuilding, Furniture, Home Appliance, Electronics, Auto Manufacturing
MOQ300m²
Transport PackageExport Wooden Box

Product Description

Specialty Architectural Glass

Tempered glass is a safety glass produced through a specific heat treatment process to improve its strength. By creating compressive stress on the surface, the glass gains significantly higher resistance to wind pressure, impact, and thermal changes.

Tempered Glass Processing
Glass Durability

High Safety

When broken, it shatters into small, blunt particles (honeycomb-like), minimizing risk of injury.

Superior Strength

Impact and flexural strength are 3 to 5 times higher than ordinary glass of the same thickness.

Thermal Stability

Can withstand temperature differences of up to 150°C, significantly preventing thermal cracking.

Application & Details

Glass Application 1
Glass Application 2
Glass Application 3

Our products include flat glass, curved glass, and silk screen printed glass, widely used in high-rise building doors, windows, curtain walls, indoor partitions, and furniture.

Factory & Production

Production Facility
Factory Overview

Equipped with advanced automated production lines, we ensure stable and reliable quality. Our glass products comply with international standards including 3C, AS/NZS 2208, SGCC, and CE certifications.

Packaging & Shipping

Safe Packaging

We use custom solid wood packaging to ensure maximum safety during long-distance transportation.

Frequently Asked Questions

1. What is tempered glass?

Tempered glass, or toughened glass, is safety glass processed by controlled thermal treatments to increase its strength. It is designed to shatter into small, blunt fragments if broken.

2. Why is tempered glass more popular than regular glass?

It is significantly stronger, safer, and more versatile. Its internal stress pattern makes it resistant to impacts that would easily break regular glass.

3. What are the primary materials used?

The base material is regular glass, composed mainly of silicon dioxide (SiO2). The tempering process then transforms its physical structure.

4. How does the tempering process work?

Glass sheets are heated to approximately 620°C and then rapidly cooled with forced air. This creates compression on the surface and tension in the core.

5. What are the main applications?

It is widely used in high-rise buildings, glass curtain walls, partitions, elevator passages, furniture, and guardrails where safety and strength are required.

6. Does it withstand high temperatures?

Yes, tempered glass has excellent thermal stability and can withstand temperature changes of up to 150°C without cracking.

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