LATEST NEWS ABOUT LUVERRE QUARTZ

Choosing the right quartz tube comes down to four factors: operating temperature, chemical environment, optical requirements, and dimensional precision.If your application runs above 1000°C continuously, requires UV transparency, or demands high chemical purity, quartz is the only viable option. For

Yes, But Only Low-OH Quartz Glass RodsYes, quartz rods can be used in high-pressure mercury lamps, but they require specific low-hydroxyl (low-OH) quartz glass with OH content below 10ppm—preferably under 5ppm for optimal performance. This specialized quartz rod material serves as electrode holders,

Quartz glass products are essential across semiconductor, optical, and chemical industries, but sourcing the correct specification can be challenging. Common standard sizes include quartz tubes with outside diameters ranging from 2mm to 1000mm, rods from 2mm to 80mm in diameter, plates up to 700mm b

The Challenge of Sourcing Large Diameter Quartz TubesIf you are reading this, you have likely faced one of these frustrating situations:- Your equipment requires a non-standard diameter not available in stock catalogs- You are designing a new furnace or chamber and need a specific wall thickness- Yo

High-purity fused quartz (amorphous silica) can be used at 1600°C, but with important conditions. The softening point of fused quartz is approximately 1600°C to 1670°C. This means 1600°C represents the upper practical limit for long-term structural stability. To ensure reliable long-term service at

Quartz glass (fused silica) demonstrates exceptional resistance to most acids, with hydrofluoric acid (HF) being the primary exception. In acidic environments, high-purity quartz products typically maintain structural integrity for extended service periods, often exceeding 1,000 operating hours depe

When your application involves rapid temperature changes exceeding 200°C in seconds, most materials fail. Quartz glass doesn't.This guide answers the critical question procurement managers and engineers ask daily: How does quartz glass perform under thermal shock, and can it solve my high-temperatur

What is the definitive checklist of quartz glassware every high-performance laboratory needs?For any serious laboratory—whether in semiconductor fabrication, chemical analysis, or optical research—the essential quartz glassware inventory includes Quartz Crucibles, Quartz Tubes, Quartz Rods, Quartz B

Solving the Chemical Industry‘s Quartz Component ChallengeWhat is the biggest challenge procurement managers face when sourcing quartz glass components for chemical reaction equipment?The answer is finding a supplier who can deliver custom-specified, high-purity quartz components with the thermal an

High-temperature furnace quartz components, such as furnace core tubes, wafer boats, and quartz flanges, are essential for semiconductor, optical fiber, and metallurgical processes operating up to 1,300°C . These components leverage the unique thermal shock resistance and chemical inertness of high-