WHY QUARTZ FIBER IS USED IN FURNACES
>99.9%
SiO₂
Purity
High purity for contamination-free processes.
High Temperature Stability
Withstands extreme temperatures with dimensional stability.
Thermal Shock Resistance
Tolerates rapid heating and cooling cycles.
Chemical Resistance
Low Thermal Conductivity
Superior insulation and reduced heat loss.
Electrical Insulation
Suitable for RF and induction applications.
Dimensional Stability
Maintains shape and performance over time.
ENGINEERED FOR DEMANDING FURNACE ENVIRONMENTS
>99.9% SiO₂ PURITY
High-purity insulation with minimal contamination risk
LOW THERMAL CONDUCTIVITY
Reduces heat transfer and energy loss
EXCELLENT THERMAL SHOCK RESISTANCE
Handles rapid heating and cooling cycles
HIGH CHEMICAL RESISTANCE
Stable in demanding oxidizing environments
WHERE QUARTZ FIBER IS USED
VACUUM
FURNACES
• Low outgassing
• Dimensional stability
• Reduced heat loss
• Minimal contamination
Applications:
• Vacuum brazing
• Heat treatment
• Powder metallurgy
• Titanium processing
CRYSTAL GROWTH FURNACES
• Uniform thermal gradient
• Stable insulation
• High purity
• Low particulate generation
Used for:
• Silicon crystals
• Sapphire crystals
• Optical glass
• Specialty crystals
LABORATORY FURNACES
• Tube furnaces
• Muffle furnaces
• Research furnaces
• High-temperature equipment
Functions:
• Furnace wall insulation
• Quartz tubes support
• Thermal barriers
• Heat shields
OPTICAL GLASS FURNACES
• Optical lenses
• Fiber optic preforms
• Laser optics
• Infrared optics
Quartz fiber prevents:
• Metal contamination
• Alkali contamination
• Color defects
INDUCTION FURNACES
Provides electrical
insulation while
tolerating elevated temperatures.
Applications:
• Coil insulation
• Heat shields
• Thermal barriers
• Electrical isolation
HOW QUARTZ FIBER IMPROVES FURNACE PERFORMANCE
LOWER ENERGY CONSUMPTION
Reduced heat loss means:
FASTER HEATING
Low thermal mass requires less energy to heat insulation. Benefits: Shorter heating cycles Higher productivity Reduced operating costs
EXCELLENT THERMAL SHOCK RESISTANCE
Tolerates rapid heating and cooling without cracking. Ideal for cyclic furnace operations.
TEMPERATURE UNIFORMITY
Minimizes heat loss through furnace walls, ensuring a more consistent temperature profile.
QUARTZ FIBER FOR SPECIALIZED FURNACE APPLICATIONS
