Laboratory High Purity Quartz Glass Tubes | Heat & Corrosion Resistant Fused Silica Tubing
- Model
- FG-QT-002
Item specifics
- Material
- High Purity Fused Silica Quartz Glass
- SiO₂ Purity
- ≥99.99%
- Outer Diameter (OD)
- 2mm – 300mm
- Inner Diameter (ID)
- 1mm – 298mm
- Standard Length
- 10mm – 2000mm
- Optical Grade
- JGS1 / JGS2 / JGS3 (UV / UV-Vis / IR)
- Surface Treatment
- High-precision polishing, clear transparent finish
- Tolerance
- Standard ±0.5mm / Precision ±0.1mm
- Customization
- Full custom size, shape, and processing available
Review
Description
Felix Glass laboratory quartz glass tubes are manufactured from high-purity fused silica with excellent heat resistance and chemical stability. Able to withstand 1100°C continuous high temperature and most strong acid corrosion, our quartz tubes are the standard choice for university laboratories, research institutes and analytical laboratories.
Laboratory Advantages
- Resistant to high-temperature heating experiments
- Anti-corrosion against most chemical reagents
- High light transmission for observation experiments
- Clean and non-polluting for chemical analysis
- Support bending, sealing, cutting custom lab structures
- Long service life for repeated laboratory use
Specifications
Parameter Specification
Material Lab Grade High Purity Fused Silica
SiO₂ Purity ≥99.99%
OD Range 2mm – 300mm
ID Range 1mm – 298mm
Length 10mm – 2000mm
Grade JGS2 standard laboratory grade
Surface Clear transparent polished finish
Tolerance Standard lab tolerance ±0.5mm
Customization U-shape, closed-end, bent, cutting to custom lab size
Application
Chemical laboratory reactions, high-temperature heating experiments, tubular furnace testing, environmental analysis instruments, university research, biochemical laboratory equipment.
FAQ
Why use quartz tubes instead of glass tubes in labs?
Quartz can resist 1100°C high temperature while ordinary glass softens at low temperature. Quartz also resists strong acid corrosion, making it essential for precision laboratory experiments.
Can you make custom U-tubes and reaction tubes?
Yes. We fully customize all laboratory special shapes including U-shape, single-end closed, bent tubes and capillary tubes.
CTA
Custom your laboratory quartz tube size and structure. Fast sample delivery for research testing.
Video Description
| FELIX GLASS GROUP | |||
| >> HONG KONG FELIX OPTICAL GLASS CO., LIMITED | |||
| Global International Marketing Department, Hong Kong, China | |||
>> DONGGUAN FELIX GLASS MFG CO.,LTD | |||
Manufacturing Base, Dongguan, China | |||
>> HUIZHOU FELIX GLASS MFG CO.,LTD | |||
Manufacturing Base, Huizhou, China | |||
>> SUZHOU FELIX GLASS MFG CO.,LTD | |||
Manufacturing Base, Suzhou, China | |||
>> VIETNAM FELIX GLASS MFG CO.,LTD | |||
Manufacturing Base, Vietnam |
| fused silica quartz tubes are widely used in | |||
| FELIX GLASS |
Semiconductor Industry
• Wafer processing
• Diffusion furnaces
• CVD equipment
• Semiconductor manufacturing systems
Optical Industry
• UV optical systems
• Laser equipment
• Optical sensors
• Spectroscopy instruments
Laboratory Equipment
• Analytical instruments
• Chemical reactors
• High-temperature experiments
• Scientific research equipment
| Why Choose Felix Glass? | |||
| FELIX GLASS |
| 19+ Years Expertise | ISO 9001 Certified
Full in-house manufacturing for quartz, optical & display glass
24h engineering support, 98% on-time delivery, global reliable supply
| |||
| Manufacturing Capabilities | • ISO 9001 certified production system, compliant with RoHS and CE requirements | ||
• 19+ years of experience in precision glass processing and optical coating technologies | |||
• Full-cycle support from prototype to mass production (1,000+ completed projects) | |||
• Controlled supply chain with secured raw material inventory | |||
• In-house CNC machining, coating, printing, and inspection processes | |||
• Stable global delivery performance with controlled production scheduling | |||
• 100% final inspection before shipment, inspection reports available on request | |||
| • Engineering support for structure, material, and process optimization | |||
• Rapid prototyping for custom engineering validation | |||
• Flexible MOQ from 100–1000 pcs depending on product complexity | |||
Small quantity (100-1000pcs) available | |||
| 📂 Send Your Design Files Upload drawings, sketches, or samples for fast quotation and engineering review. We support both concept and production-stage projects. ⸻ ✔ Supported Formats PDF / DXF / DWG / STEP / IGES / AI / EPS / CDR Please convert text to outlines or include font files if needed. ⸻ ✔ Recommended Files STEP / DXF / DWG files are preferred for highest accuracy and stable production. ⸻ ⚠️ Notes JPG / PNG files are accepted for reference only and may require clarification. ⸻ 📦 Physical Samples Accepted for reverse engineering, matching, or replacement projects. ⸻ 🔒 NDA Protection All files are strictly confidential. NDA available on request. ⸻ 🧠 Engineering Check We review design feasibility, materials, and coating compatibility before production. | ||
| | ||
| >>Material Selection Guide JGS1 / JGS2 / JGS3 Quartz Glass – Mini Selection GuideJGS1 (Far UV Grade) 170–2500 nm, ultra-low OH. For deep UV, lithography and semiconductor applications.JGS2 (Standard UV Grade / Lab General) 220–2500 nm, cost-effective. For routine UV-Vis tests and general high-temperature lab use. JGS3 (IR Transmitting Grade) 260–3500 nm, no absorption at 2600–2800 nm. Special for FTIR, NIR analysis, infrared heating and IR observation windows. Quick Rule Deep UV → JGS1 General lab use → JGS2 Infrared system → JGS3 | ||
| | ||
| >>Manufacturing Capabilities Precision processing for custom cover glass. ⸻ 🧩 Methods • CNC cutting – high precision shapes • Laser cutting – fine holes and details • Waterjet cutting – thick glass, stress-free Methods can be combined for best results. ⸻ 🧱 Structures Shapes, holes, chamfers, countersinks, blind holes, 2.5D edges. ⸻ ✨ Finishing Grinding / polishing / ultrasonic cleaning ⸻ 📩 Need Help? Send your drawing. We will recommend the best process. | ||
| | ||
| >>Infrared (IR) Transmitting Glass Infrared Optical Fused Silica Transmission range: 260 nm – 3500 nm (covers near and mid-infrared) Key advantages: No absorption peaks at 2600–2800 nm (strong absorption occurs here for conventional JGS1/JGS2) OH content: <5–10 ppm (Lower OH content means better IR transmittance; transmittance ≥85–90%) Purity: SiO₂ ≥ 99.99%, bubble-free and striae-free | ||
| CUSTOMER AND FEEDBACK | |||
| FELIX GLASS |
| BERNAT BONNIN CEO Medical Devices.S.A | ||
Exceptional optical quality, professional engineering support, and reliable mass delivery. Felix Glass has become our most trusted long-term partner for custom quartz glass and optical components."
— Senior Industrial Client |
Quartz Glass & Quartz Glass Tubes FAQ – Engineering, Manufacturing & Procurement Guide
🟢 PART 1 — Basic Knowledge FAQ (8 Questions)
1. What is quartz glass?Quartz glass, also known as fused silica glass, is composed of nearly pure SiO₂. It features outstanding heat resistance, chemical inertness and excellent optical performance, widely used in high-temperature, optical, semiconductor and laboratory fields.
2. What is a quartz glass tube?
A quartz glass tube is tubular fused silica component. As a core industrial part, it is widely applied in heating furnaces, UV systems, lab instruments and semiconductor production lines.
3. What are the main types of quartz glass?
It is categorized into transparent quartz glass, opaque quartz glass, natural fused silica and low-OH synthetic quartz glass based on raw materials and production processes.
4. What are common quartz glass products?
Main products include quartz glass tubes, quartz rods, quartz plates, quartz windows, quartz crucibles and other customized quartz components.
5. What industries use quartz glass tubes most?
Semiconductor, optical engineering, laboratory research, UV disinfection, industrial heating and photoelectric equipment are the major application industries.
6. What is UV grade quartz glass?
UV grade quartz glass has low hydroxyl content and ultra-high transmittance in ultraviolet spectrum, specially designed for UV lamps, spectroscopy and precision optical systems.
7. What is IR grade quartz glass?
IR grade quartz glass maintains stable light transmission in infrared band, perfect for infrared heating equipment and thermal detection devices.
8. What is the difference between quartz glass and ordinary glass?
Quartz glass is made of high-purity silicon dioxide, while ordinary glass contains multiple additives. Quartz glass has far better high-temperature resistance, lower thermal expansion, superior optical performance and chemical stability.
🟡 PART 2 — Engineering & Material FAQ (12 Questions)
9. What is the purity of your quartz glass?
Standard grade ≥99.99%; semiconductor and optical grade reaches 99.999%, with strictly controlled impurities and OH content.
10. What temperature can quartz glass withstand?
It can work continuously at up to 1100°C, and resist short-term instant temperature up to 1200°C, with excellent thermal shock resistance.
11. Why is quartz glass resistant to high temperature?
It owns an ultra-low thermal expansion coefficient, so it rarely cracks under drastic temperature changes.
12. Is quartz glass chemically resistant?
It resists most strong acids, alkalis and corrosive substances. Only hydrofluoric acid and hot strong alkali can cause corrosion.
13. What is the optical transmittance of quartz glass?
It delivers high transmittance across UV, visible and near-infrared range. UV grade performs excellently within 200–300nm ultraviolet band.
14. What is low-OH quartz glass?
Low-OH quartz glass refers to material with hydroxyl content below 10ppm. It reduces light absorption and heat generation, required for high-end laser, semiconductor and precision optics.
15. What size range do your quartz tubes support?
Outer diameter: 2mm – 300mm; Inner diameter: 1mm – 298mm; Standard length: 10mm – 2000mm. Custom dimensions are available.
16. What dimensional tolerance can you achieve?
General tolerance is ±0.5mm; precision grade for semiconductor and optical use can reach ±0.1mm on diameter and length.
17. Can quartz tubes be bent or shaped?
Yes. We produce U-bend, closed-end, flanged, tapered and irregular shaped quartz tubes per customer drawings.
18. Does quartz glass contain bubbles or inclusions?
Standard industrial-grade quartz allows minimal acceptable inclusions. Optical and semiconductor-grade products are strictly controlled to eliminate bubbles and impurities.
19. Why choose quartz glass for high-temperature applications?
It withstands extreme temperatures, frequent thermal cycling and corrosive environments, ideal for furnaces, heaters, semiconductor equipment and laboratory systems.
20. Is quartz glass environmentally friendly?
Yes. It is non-toxic, chemically stable and recyclable, fully compliant with RoHS and REACH environmental standards.
🟠 PART 3 — Customization & Manufacturing FAQ (10 Questions)
21. Can you provide fully customized quartz glass tubes?
Yes. We customize size, wall thickness, shape, machining and surface finish according to your specific demands.
22. What processing services do you offer?
We provide precision cutting, edge polishing, drilling, slotting, bending, one-end closing, flanging, CNC machining and assembly services.
23. Can you produce quartz components according to CAD drawings?
Yes. We accept 2D drawings, CAD and STEP files for prototype development and mass production.
24. Do you support small batch & prototype orders?
Yes. Our production line supports trial samples, small batches and large-scale mass production flexibly.
25. Can you make special structural quartz parts?
We manufacture multi-hole tubes, stepped tubes, welded assemblies and other complex custom quartz structures.
26. What surface finish options are available?
We offer clear polished surface, frosted surface and high-precision optical surface for different application scenarios.
27. Do you provide technical design support?
Our professional engineering team supports material selection, structure optimization and manufacturability evaluation.
28. Can quartz glass be drilled, cut or slotted?
All machining work must be completed before high-temperature forming to avoid material damage.
29. Can you manufacture quartz glass tubes according to samples?
Yes. We can conduct reverse engineering and fully reproduce dimensions and structures based on your physical samples.
30. Can you assemble quartz tubes with metal or ceramic components?
Yes. We provide integrated assembly solutions combining quartz glass with metal, ceramic and other engineering materials.
🟤 PART 4 — Procurement & Ordering FAQ (10 Questions)
31. How can I get an official quotation?
Please send drawings, dimensions, material grade, processing requirements, quantity and application details for an accurate quote.
32. How long will I receive the quote?
We will send the formal quotation within 2 – 24 working hours after receiving your complete requirements.
33. What is your MOQ?
No strict MOQ for standard products. Custom items have an MOQ of 50 – 500 pcs depending on processing complexity.
34. Can I get free samples?
Standard regular samples are free of charge. Custom samples with special processing will charge reasonable material and tooling costs.
35. What is sample lead time?
Most custom quartz samples take 3 – 7 working days to finish.
36. What is mass production lead time?
Regular orders take 10 – 15 working days; high-precision and complex products take 15 – 20 working days.
37. Do you accept urgent orders?
Yes. Expedited production service is available for time-sensitive projects.
38. What payment terms do you accept?
We support T/T, PayPal and L/C. Other payment methods can be further negotiated.
39. Can you sign NDA for custom projects?
Yes. We sign non-disclosure agreements to protect your designs, drawings and technical information.
40. Are OEM and ODM services available?
Yes. We offer full OEM & ODM solutions, including custom branding, packaging and exclusive product development.
🔴 PART 5 — Quality, Certification & Logistics FAQ (10 Questions)
41. How do you control product quality?
We implement full-process quality management, including incoming material inspection, in-process IPQC and final full inspection.
42. What quality standards do you comply with?
All products are manufactured in accordance with ISO9001, RoHS and REACH international standards.
43. What tests are conducted on quartz glass?
We test dimension, appearance, material purity, thermal stability, optical transmittance, haze and thermal shock resistance.
44. Do you provide official inspection reports?
Yes. Inspection reports, material certificates and compliance documents can be provided upon request.
45. Do you offer optical-grade quartz components?
Yes. We produce optical-grade quartz windows, plates, lenses and precision parts for optical and photonic systems.
46. Which countries do you export to?
Our products are exported globally, covering North America, Europe, Southeast Asia, the Middle East and Oceania.
47. What shipping methods are available?
DHL, FedEx and UPS for express delivery; sea freight for large-volume bulk orders.
48. How are quartz glass tubes packaged for international shipping?
Each product is wrapped with shockproof foam and protective film, then packed into export cartons or solid wooden crates to prevent breakage.
49. Can you support long-term stable supply?
Yes. We provide one-stop service from prototype trial production to long-term mass supply for global industrial clients.
50. Why choose Felix Glass as your quartz glass manufacturer?
As a professional quartz glass manufacturer, we supply high-purity products, full custom engineering support, strict quality control, flexible production capacity, fast delivery and reliable long-term supply solutions for worldwide customers.
🟢 PART 6 — Why Global Customers Choose Felix Glass?
• Professional Quartz Glass Manufacturer
• Custom Manufacturing Capability
• Fast Prototype Support
• Strict Quality Control
• Global Export Experience
• OEM & ODM Service
• Technical Engineering Support
Contact Felix Glass today for custom quartz glass tube solutions and professional engineering assistance.
