High Temperature Resistance Forced Air Drying Oven

Adopts a microcomputer-integrated intelligent temperature control system with a built-in PID logic module, possessing constant current, constant pressure, constant resistance, constant power, and combined load functions, achieving excellent response speed and control accuracy;

LCD screen display interface, providing precise and reliable temperature control, simultaneously displaying set temperature, operating temperature, constant temperature time, working status, fault codes, and other information;

Features a scheduled operation function with selectable timing functions (none, constant temperature timing, running timing), selectable timing direction (forward or countdown), selectable timing unit (minutes, hours), and a buzzer sound to indicate the end of the timer (the reminder time is settable);

Modular control system with self-diagnosis upon startup, timing function, self-tuning function, temperature deviation compensation function, etc. The temperature over-limit control module is linked with the over-temperature alarm system, automatically cutting off the heating power and triggering an audible and visual alarm when the temperature exceeds the limit;

Independently developed air duct structure supplemented by a low-noise circulating fan forms a high-efficiency hot air circulation system with horizontal airflow mode, allowing dry, hot air to directly pass over the material. Effectively improves drying efficiency;

Rear-mounted automatic air inlet and outlet vents automatically discharge water vapor from the chamber, eliminating the hassle of manual adjustment;

High-quality mirror-finish stainless steel inner liner, with a high-quality cold-rolled steel outer shell and solid powder electrostatic spraying, providing weather resistance, corrosion resistance, and anti-static properties, eliminating VOC emissions and ensuring a healthy laboratory environment;

SUS304 dry-type stainless steel heating tubes provide heating, with heat energy evenly transferred to the stainless steel tube wall through a magnesium oxide sand layer, achieving a heat conversion efficiency of over 95% and a service life of over 20,000 hours;

Door seals are made of high-temperature resistant silicone rubber, supplemented with high-quality 120-count ultra-fine ceramic fiber cotton insulation material, greatly improving the overall insulation performance and achieving excellent energy-saving effects;

Supports operational data recording function, with freely adjustable recording intervals and data export (optional: USB interface);

Supports customizable 30-segment temperature curves to meet complex experimental needs (optional: 30-segment programmable controller);

Supports stepless fan speed adjustment, adaptable to heat treatment operations of various materials (optional: fan speed controller)