• Quartz - Ozone Free Glass Tubes

Quartz - Ozone Free Glass Tubes

  • Product Code: Quartz - Ozone Free Glass Tubes

Our innovative ozone-free quartz tubes, doped with titanium, offer exceptional performance and safety. These tubes effectively block harmful high-density UV rays while preventing ozone generation.


Key Features:

  • Ozone-Free: Eliminates the risk of ozone formation, ensuring a safe and controlled environment.
  • UV Radiation Protection: Effectively blocks high-density UV rays, safeguarding sensitive materials and equipment.
  • High UV Transmission: Maintains excellent UV transmission (≥85%) at 254nm, ensuring optimal performance in UV-based applications.
  • Zero Ozone Generation: Guarantees a completely ozone-free environment.


Applications:

  • Ozone-Free Germicidal Lamps: Ideal for applications requiring disinfection without ozone production.
  • UV-Based Systems: Suitable for various industries and processes that utilize ultraviolet radiation.


Experience the Benefits:

  • Safety: Protect your health and the environment by preventing ozone formation.
  • Reliability: Ensure optimal performance in UV-based applications.
  • Efficiency: Benefit from efficient UV transmission without compromising safety.


Technical Information

Chemical Composition - unit: PPM
K+NaCaFeAlMgTiBaLiCu
<10<3.0<1.5<20<1.0<3.0<0.2<1.0<0.5
Physical Properties
Density 20°C Kg.m-3 (x103)2.2
Coefficient of expansion 25-300°C °C -1 (x10-6)0.56
Softening Point (°C)1630
Annealing Point (°C)1180
Strain Point (°C)1070
Young Modulus (Pa)7.3 x 105
Dimensional Tolerance
Range of ODWTSidingOut of RoundBow / 1220mm
5.0±0.081.0±0.0610%2.0%2.5mm
12.0±0.101.0±0.1010%1.5%2.5mm
15.0±0.121.0±0.1215%1.5%2.5mm
17.0±0.151.0±0.1515%1.5%2.5mm
18.5±0.151.0±0.1515%1.5%2.5mm
19±0.201.0±0.1515%1.5%2.5mm
25.0±0.302.5±0.0215%1.5%2.5mm
Spectral Transmission at 1.00mm Thickness
Nm185<220230-380550590780
%00≥85≥90≥92≥92

Tags: ozone-free quartz tubes, UV radiation, high-purity quartz, germicidal lamps, optical components, scientific instruments, semiconductor manufacturing, laboratory equipment, safety, performance, durability, customization, John Monrieff, Quartz