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DBT-273
Danble
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Ultra-Clean Performance: Equipped with H14 HEPA filters (air change rate ≥20 times/hour) and stainless steel (316L) inner chamber with smooth rounded corners, minimizing particle accumulation and ensuring Class 10-1000 clean grade (customizable to Class 1). Particle count <0.5μm particles ≤10pcs/ft³ during operation .
Precise Thermal Control: Adopts PID microprocessor control system with temperature range of RT+10℃~300℃ (optional up to 500℃) and temperature uniformity of ±1℃. Supports programmable temperature curves (up to 10 segments) for complex heating processes.
Contamination Prevention Design: Low-outgassing insulation materials, silicone-free seals, and heated door glass (prevents condensation) avoid secondary contamination. Airflow is optimized to ensure uniform temperature without turbulence-induced particle disturbance.
Safety & Compliance: Equipped with over-temperature alarm (±5℃ deviation), over-pressure protection, and door interlock system. Inner chamber is easy to sterilize (compatible with UV sterilization) to meet pharmaceutical GMP requirements .
Flexible Configuration: Available in bench-top (50L-200L) and walk-in (1000L-10000L) models. Optional features include nitrogen purge system (for oxygen-sensitive materials) and RS485 data interface (for batch traceability).
Semiconductor Industry: Drying photoresist on wafers, curing semiconductor packaging materials, and annealing precision electronic components—critical for improving chip yield by avoiding particle-induced defects .
Pharmaceutical & Medical: Drying pharmaceutical powders, sterilizing medical device components, and curing bio-optoelectronic materials—complying with sterile production standards .
Precision Electronics: Processing LCD panel components, drying capacitor electrolytes, and curing adhesive on circuit boards—preventing moisture-induced performance failure.
Aerospace: Heat-treating precision metal parts and curing composite materials in clean environments to ensure structural stability and surface quality.
| Model | Interior (WxHxD) | Exterior(WxHxD) | Liters | Heater kW | Amp | Voltage | Temperature Range | Cleanliness |
| DBT-273C | 650mm*700mm*600mm (25.59"*27.56"*23.62") | 950mm*1365mm*1230mm (37.4"*53.74"*48.43") | 273 | 4KW | 8A | 380/3/50 | Ambient -250°C | class1000 |
| DBT-504C | 700mm*900mm* 800mm (27.56"*35.43"*31.5") | 1000mm*1560mm1430mm (39.37"*61.42"*56.3") | 504 | 7KW | 14A | 380/3/50 | Ambient -250°C | class1000 |
| DBT-910C | 1300mm*1000mm *700mm (51.18"*39.37"*27.56") | 1600mm*1665mm*1330mm (62.99"*65.55"*52.36") | 910 | 10.5KW | 21.5A | 380/3/50 | Ambient -250°C | class1000 |
Ultra-Clean Performance: Equipped with H14 HEPA filters (air change rate ≥20 times/hour) and stainless steel (316L) inner chamber with smooth rounded corners, minimizing particle accumulation and ensuring Class 10-1000 clean grade (customizable to Class 1). Particle count <0.5μm particles ≤10pcs/ft³ during operation .
Precise Thermal Control: Adopts PID microprocessor control system with temperature range of RT+10℃~300℃ (optional up to 500℃) and temperature uniformity of ±1℃. Supports programmable temperature curves (up to 10 segments) for complex heating processes.
Contamination Prevention Design: Low-outgassing insulation materials, silicone-free seals, and heated door glass (prevents condensation) avoid secondary contamination. Airflow is optimized to ensure uniform temperature without turbulence-induced particle disturbance.
Safety & Compliance: Equipped with over-temperature alarm (±5℃ deviation), over-pressure protection, and door interlock system. Inner chamber is easy to sterilize (compatible with UV sterilization) to meet pharmaceutical GMP requirements .
Flexible Configuration: Available in bench-top (50L-200L) and walk-in (1000L-10000L) models. Optional features include nitrogen purge system (for oxygen-sensitive materials) and RS485 data interface (for batch traceability).
Semiconductor Industry: Drying photoresist on wafers, curing semiconductor packaging materials, and annealing precision electronic components—critical for improving chip yield by avoiding particle-induced defects .
Pharmaceutical & Medical: Drying pharmaceutical powders, sterilizing medical device components, and curing bio-optoelectronic materials—complying with sterile production standards .
Precision Electronics: Processing LCD panel components, drying capacitor electrolytes, and curing adhesive on circuit boards—preventing moisture-induced performance failure.
Aerospace: Heat-treating precision metal parts and curing composite materials in clean environments to ensure structural stability and surface quality.
| Model | Interior (WxHxD) | Exterior(WxHxD) | Liters | Heater kW | Amp | Voltage | Temperature Range | Cleanliness |
| DBT-273C | 650mm*700mm*600mm (25.59"*27.56"*23.62") | 950mm*1365mm*1230mm (37.4"*53.74"*48.43") | 273 | 4KW | 8A | 380/3/50 | Ambient -250°C | class1000 |
| DBT-504C | 700mm*900mm* 800mm (27.56"*35.43"*31.5") | 1000mm*1560mm1430mm (39.37"*61.42"*56.3") | 504 | 7KW | 14A | 380/3/50 | Ambient -250°C | class1000 |
| DBT-910C | 1300mm*1000mm *700mm (51.18"*39.37"*27.56") | 1600mm*1665mm*1330mm (62.99"*65.55"*52.36") | 910 | 10.5KW | 21.5A | 380/3/50 | Ambient -250°C | class1000 |
