Brief: Join a quick walkthrough that focuses on what matters to users and operators. In this video, you'll see how ZMSH high-purity Quartz Ingots are engineered for demanding applications. We'll demonstrate their exceptional optical clarity, structural uniformity, and outstanding thermal stability, showcasing why they are ideal for semiconductors, solar energy, optics, and high-temperature processing environments.
Related Product Features:
Manufactured with premium silica and advanced melting for exceptional optical clarity and structural uniformity.
Features ultra-low bubble content for superior optical performance across UV-Visible-IR ranges.
Provides outstanding thermal stability with a softening point of approximately 1630°C.
Exhibits excellent chemical resistance and high mechanical strength for demanding industrial use.
Offers precise geometry and high utilization rate for efficient further processing.
Ideal for semiconductor manufacturing, solar components, and optical coating applications.
Customizable in diameter, length, and geometry to meet specific process requirements.
Packaged with reinforced protection to prevent contamination and damage during shipping.
Faqs:
What is the purity level of ZMSH Quartz Ingots?
Our quartz ingots are produced from high-purity silica materials with extremely low metallic and hydroxyl (OH) content. Purity levels can be customized depending on application requirements, especially for semiconductor and optical-grade use.
Can the quartz ingots be customized in size or shape?
Yes. ZMSH supports custom diameters, lengths, and geometry, as well as machining services such as slicing, polishing, drilling, and coating to meet specific process needs.
Are quartz ingots resistant to high temperatures?
Absolutely. Quartz ingots exhibit excellent thermal stability, featuring a softening point of approximately 1630°C and a strain point of approximately 1080°C, making them ideal for high-temperature industrial processes.
How are quartz ingots packaged to ensure safe delivery?
Each ingot is packed using shock-resistant foam, dust-free wraps, and rigid wooden or reinforced cartons. All packaging is designed to protect against vibration, contamination, thermal stress, and surface scratches during transportation.