Applications
Sintering, Degassing
MLCC and thermistor windows are narrow; drift alters properties.
Challenge 2: Beyond oven range
Sintering and melting exceed convection baking limits.
Challenge 3: Trapped gas
Resins and porous materials keep moisture and solvent at ambient pressure.
Solution 1: ±0.1%FS accuracy
Japanese PID with triple over-temp protection.
Solution 2: 1200°C sintering
Two-side radiant heat, four insulation layers, cool casing.
Solution 3: Vacuum degassing
Down to 5×10⁻³ Torr to pull out moisture and solvent.
For narrow MLCC, thermistor and filter windows: convection baking to 500°C (600°C custom), Japanese PID at ±0.1%FS, triple over-temp protection.
1200°C sintering
For sintering, melting and tempering: up to 1200°C, two-side radiant heat, four insulation layers and a cool casing.
Vacuum degassing and drying
Vacuum down to 5×10⁻³ Torr pulls moisture and solvent from resins, porous and wet materials.
Water-free, low-oxidation treatment
A steam-reaction process holds about 500°C for long runs, with waste heat recovery, for coating and metal treatment.
Track record: a 2013 drying furnace co-developed with a solar equipment partner to raise PV conversion efficiency.
Custom build: chamber and temperature range fit your material and volume. Design, sheet metal, assembly, QA and packing in our Sanxia factory, then on-site installation. Engineers diagnose by phone or video, then quote the repair.
Process Challenges
Challenge 1: High-temp drift
MLCC and thermistor windows are narrow; drift alters properties.
Challenge 2: Beyond oven range
Sintering and melting exceed convection baking limits.
Challenge 3: Trapped gas
Resins and porous materials keep moisture and solvent at ambient pressure.
Solution 1: ±0.1%FS accuracy
Japanese PID with triple over-temp protection.
Solution 2: 1200°C sintering
Two-side radiant heat, four insulation layers, cool casing.
Solution 3: Vacuum degassing
Down to 5×10⁻³ Torr to pull out moisture and solvent.
MLCC and thermistor windows are narrow; drift alters properties.
Challenge 2: Beyond oven range
Sintering and melting exceed convection baking limits.
Challenge 3: Trapped gas
Resins and porous materials keep moisture and solvent at ambient pressure.
Solution 1: ±0.1%FS accuracy
Japanese PID with triple over-temp protection.
Solution 2: 1200°C sintering
Two-side radiant heat, four insulation layers, cool casing.
Solution 3: Vacuum degassing
Down to 5×10⁻³ Torr to pull out moisture and solvent.
Key Capabilities
Precise high-temp control
For narrow MLCC, thermistor and filter windows: convection baking to 500°C (600°C custom), Japanese PID at ±0.1%FS, triple over-temp protection.
1200°C sintering
For sintering, melting and tempering: up to 1200°C, two-side radiant heat, four insulation layers and a cool casing.
Vacuum degassing and drying
Vacuum down to 5×10⁻³ Torr pulls moisture and solvent from resins, porous and wet materials.
Water-free, low-oxidation treatment
A steam-reaction process holds about 500°C for long runs, with waste heat recovery, for coating and metal treatment.
For narrow MLCC, thermistor and filter windows: convection baking to 500°C (600°C custom), Japanese PID at ±0.1%FS, triple over-temp protection.
1200°C sintering
For sintering, melting and tempering: up to 1200°C, two-side radiant heat, four insulation layers and a cool casing.
Vacuum degassing and drying
Vacuum down to 5×10⁻³ Torr pulls moisture and solvent from resins, porous and wet materials.
Water-free, low-oxidation treatment
A steam-reaction process holds about 500°C for long runs, with waste heat recovery, for coating and metal treatment.
Service & Track Record
Integration: each oven has a PLC touch panel for live monitoring and history, and can upload temperature and O2 data to your IT server as a batch record.
Track record: a 2013 drying furnace co-developed with a solar equipment partner to raise PV conversion efficiency.
Custom build: chamber and temperature range fit your material and volume. Design, sheet metal, assembly, QA and packing in our Sanxia factory, then on-site installation. Engineers diagnose by phone or video, then quote the repair.
Track record: a 2013 drying furnace co-developed with a solar equipment partner to raise PV conversion efficiency.
Custom build: chamber and temperature range fit your material and volume. Design, sheet metal, assembly, QA and packing in our Sanxia factory, then on-site installation. Engineers diagnose by phone or video, then quote the repair.
