Technical Capabilities & Thermal Processing Standards
High-temperature laboratory and industrial furnaces provide controlled thermal environments for materials characterization, loss-on-ignition ashing, sintering of technical ceramics, stress relieving of alloys, and chemical vapor deposition. Manufactured by group company Elite Thermal Systems Ltd. (UK) and Orbit Technologies, these systems integrate multi-layer graded ceramic insulation, silicon carbide or MoSi2 heating elements, and programmable digital ramp-and-soak controllers for uniform temperature distribution up to 1850°C.
Measurement Principles & Technology
- Advanced Heating Element Technology: High-grade Kanthal resistance wire for up to 1200°C; Silicon Carbide (SiC) elements up to 1550°C; Molybdenum Disilicide (MoSi2) for temperatures up to 1850°C.
- Graded Ceramic Fiber Insulation: Low thermal mass vacuum-formed ceramic fiber insulation delivers rapid heat-up rates and minimizes exterior chassis heat loss.
- Controlled Gas Atmosphere: Hermetic quartz or alumina work tubes paired with gas mixing manifolds enable processing under nitrogen, argon, hydrogen, or high vacuum.
- Programmable PID Ramp/Soak Controllers: Multi-segment digital microprocessors ensure precise temperature ramps, dwell times, and controlled cool-down profiles.
International Standards & Regulatory Compliance
Standard Test Method for Ash in the Analysis Sample of Coal and Coke
Ashing furnace standard with continuous air sweep ventilation.
Solid Mineral Fuels — Determination of Ash
International standard for combustion residue quantification.
Pyrometry Specification for Aerospace Thermal Processing
Temperature uniformity surveys (TUS) and sensor calibration standards.
Safety Requirements for Electrical Equipment for Measurement, Control, and Laboratory Use
Comprehensive electrical, thermal, and door safety interlock compliance.
Core Industrial Applications
Materials Science & Metallurgy
Annealing, stress relieving, sintering of metal powders, and hardening of tool steels.
Technical Ceramics & Glass
High-temperature debinding, ceramic firing, crystal growth, and zirconia sintering.
Fuel & Environmental Labs
Loss on ignition (LOI), coal and biomass ashing, and proximate analysis sample burn-off.
Semiconductor & Nanotechnology
Atmospheric and vacuum chemical vapor deposition (CVD), graphene synthesis, and tube diffusion.
Laboratory Selection Checklist
Why Laboratories Across India Partner with Orbit Technologies
Established in Hyderabad in 1995, Orbit Technologies manufactures and represents world-class scientific instruments. As Parr Instrument Company's exclusive partner and #1 Global Dealer for new orders, we provide full end-to-end support: from testing application guidance and custom engineering to factory-certified installation, NABL-traceable calibration, and lifetime spares.
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Hyderabad · Delhi · Mumbai · Kolkata · Chennai · Bangalore · Pune · Nagpur · Lucknow · Baroda · Bhubaneswar · Bilaspur · Raipur · Ranchi
Common Technical Questions: Melting Furnaces
Key questions on testing standards, operating methods, maintenance, and calibration.