High Temperature Resistant Glass High Purity for Industrial

Outstanding Heat Resistance: Capable of maintaining structural stability at temperatures up to approximately 500°C (932°F) without cracking.

Low Thermal Expansion Coefficient: Diminishes the possibility of stress-induced fracture as the glass hardly changes dimension with varying temperatures owing to low thermal expansion.

Excellent Thermal Stability: Can withstand rapid temperature changes without cracking, making it ideal for applications requiring frequent heating and cooling.

High Mechanical Strength: It shows higher mechanical strength than ordinary glass and can keep its structural intact even in high-temperature

Good Chemical Resistance: Resistant to a variety of chemicals, making it suitable for high-temperature applications in the chemical industry.

These features make the high-temperature resistant glass suitable for use for industrial furnaces, laboratory equipment, oven doors, fireplace doors, and glass-ceramic cooktops.

Product Advantages

• Enclosed Structure with IP65 Dust Protection

  The glass features a fully enclosed structure with an IP65 dust rating, ensuring durability in harsh environments.

• All-Copper Mirror Design for Stable High-Power Light

  The all-copper mirror design ensures high-power light stability, improving system performance and reliability.

• Dual Protective Lens Design for Longer System Lifespan

  The dual protective lens design extends the life of the water-cooled system, minimizing maintenance needs.

• Customizable Rectangular Spot for Various Heating Applications 

  The glass can be customized with a rectangular light spot, making it suitable for different heating requirements.

• Optional CCD and Closed-Loop Temperature Control System

  The optional CCD and closed-loop temperature control system maintain a constant temperature range of 400-2500°C, ensuring precise heating.

Product Application

• Industrial Ovens and High-Temperature Processing Equipment: Essential in environments where precise heating or cooling is required, such as industrial furnaces and ovens.

• Airport Control Towers and Train Windows: Used in areas that require noise insulation and enhanced visibility, ensuring safety and comfort in critical facilities.

• Semiconductor Manufacturing: Ideal for high-purity applications, providing resistance to thermal stress and chemical corrosion.

• Power Plants and Factories: Used for transparent enclosures that must withstand extreme temperature fluctuations, ensuring longevity under challenging conditions.

• Scientific Laboratories: Provides reliable insulation and protection in environments where high heat is common, supporting research activities that require consistent, high-quality materials.

• Electronic Equipment: High-performance insulation for devices exposed to high temperatures, ensuring safety and extending the operational life of sensitive electronic components.

  
  

FAQ

Q: What is the sample fee? 

A: Recent samples are free, but shipping charges apply. Custom samples require a fee, refundable upon a formal order.

Q: What is the sample lead time? 

A: For existing samples, it takes 1-2 days. For custom samples, the lead time is 7-10 days.

Q: What is the production lead time? 

A: The minimum order quantity requires 15-30 days of production lead time.

Q: What is the shipping cost? 

A: Shipping cost depends on order quantity and shipping method. You can choose your preferred shipping option, and we can help with cost estimate