Our newly - developed vertical blast drying oven, with advanced technology and stable performance, is tailored for industrial drying requirements in Iran. It ensures efficient and precise drying for various materials, boosting productivity across sectors like pharmaceuticals, laboratories, and food processing.

The Vacuum Drying Oven has successfully passed acceptance by a pharmaceutical customer! Designed for heat-sensitive, oxidizable, and decomposable substances , the equipment maintains a vacuum degree of ≤10Pa and supports inert gas filling (N₂/Ar). It completed 8 key tests including: 40℃ low-temperature drying (simulating thermal-sensitive material processing) -0.1MPa vacuum stability (ensuring solvent recovery efficiency) ±1℃ temperature uniformity (meets GMP pharmaceutical production standards) Core configurations: Stainless steel chamber (anti-corrosion, easy to clean, compliant with FDA requirements) Intelligent PID temperature control system (precise control for 30℃~200℃ drying, with over-temperature alarm) Condensable solvent recovery module (recovers ethanol, acetone, etc., reducing environmental impact) This fully meets the customer’s requirements for API (Active Pharmaceutical Ingredient) drying, glass container sterilization , and shortens the drying cycle by 40% compared to conventional ovens. Ideal for biopharmaceuticals, chemical engineering, and environmental testing industries!

The four-Layer High-Temperature Drying Oven has been successfully accepted by a Japanese customer! Compliant with JIS C 60068-2-1 (Japanese environmental testing standard), the oven reaches 500℃ with ±1℃ temperature uniformity. Its dual-layer design doubles drying capacity while reducing energy consumption by 25%, making it ideal for: Semiconductor wafer drying (removes moisture before bonding) Automotive electronic component curing (resin hardening at high temp) Ceramic substrate sintering (compatible with Japanese ceramics industry) Tested in Japan’s high-humidity environment, the oven ensures stable performance even at 80% RH, solving common moisture issues in electronic manufacturing.

The 8m³ High-Low Temperature & Humidity Alternating Test Chamber has been successfully accepted by a Thai customer! Compliant with TIS 1563-2549 (Thailand climatic test standard), the chamber covers -40℃~80℃ temperature and 20%~98% RH humidity ranges. It cuts testing cycles by 30% , accurately simulating tropical monsoon and industrial high-humidity environments. Ideal for verifying the reliability of automotive electronics, EV components, and rubber products in Thailand’s climate!

The Salt Spray Test Chamber has successfully passed acceptance by a new energy customer! Adhering to the GB/T 10125-2021 Salt Spray Corrosion Test Standard , the equipment completed 12 rigorous tests including 5% NaCl solution spraying , 35℃±2℃ constant temperature control , and pH 6.5~7.2 accuracy . It accurately simulates marine atmospheric corrosion environments, verifying the anti-corrosion performance of battery casings, connectors, and other components. Core configurations: Titanium alloy spray tower (resists corrosion, service life extended by 50%) Intelligent PID temperature control system (±0.5℃ precision, stable humidity control ≤±1% RH) Automatic fog collection & drainage system (24-hour continuous operation without blockage) This fully meets the customer’s requirements for new energy vehicle component corrosion resistance testing , reducing the test cycle by 30% and ensuring the long-term reliability of products in coastal/harsh environments!