PSA law vacuum drying equipment

Overview of pressure swing vacuum drying products: Variable pressure vacuum drying is an advanced drying technology that achieves efficient drying of materials by adjusting the vacuum degree and temperature. This technology is particularly suitable for materials that are heat sensitive, prone to oxidation, or require low-temperature drying. The variable pressure vacuum drying equipment adopts an intelligent control system, which can accurately control various parameters

Overview of pressure swing vacuum drying products: Variable pressure vacuum drying technology is an innovative drying method that achieves efficient and uniform drying of materials by dynamically adjusting the vacuum degree and temperature. This technology is particularly suitable for materials that require strict drying conditions, such as those that are heat sensitive, prone to oxidation, or require low-temperature drying. Advantages of pressure swing vacuum drying products

Overview of pressure swing vacuum drying products: Variable pressure vacuum drying technology is an excellent drying method that achieves efficient and uniform drying of materials by dynamically adjusting the vacuum degree and temperature. This technology is particularly suitable for materials that require strict drying conditions, such as those that are heat sensitive, prone to oxidation, or require low-temperature drying. Advantages of pressure swing vacuum drying products:

Overview of pressure swing vacuum drying products: Variable pressure vacuum drying technology is a comprehensive drying method that achieves efficient and uniform drying of materials by dynamically adjusting the vacuum degree and temperature. This technology is particularly suitable for materials that require strict drying conditions, such as those that are heat sensitive, prone to oxidation, or require low-temperature drying. Advantages of pressure swing vacuum drying

Overview of Variable Voltage Vacuum Drying Equipment: Variable pressure vacuum drying equipment is an efficient drying technology widely used in industries such as chemical, pharmaceutical, and food. This device achieves rapid drying of materials at low temperatures by adjusting the vacuum degree and temperature, making it particularly suitable for processing heat sensitive materials. Its main advantages lie in energy saving, high efficiency, and environmental protection,

Return on investment: Compared to traditional hot air drying, the equipment recycling cycle has been shortened to 18 months Energy saving benefits: Annual electricity savings of 300000 to 500000 yuan (based on 1000L models) Product yield improvement: reduce waste loss by 5-8 percentage points Floor Area: Save 40% (Vertical Multi story Structure Design) Economic parameters: Equipment utilization rate: ≥ 92% (intelligent preventive maintenance) Consumable cost: filter cartridge

Safety design: Triple vacuum leak protection (accuracy 0.1Pa/s), over temperature self cutting system (millisecond response), IP65 protection level control cabinet, certified with SIL2 functional safety. Reliability parameters: MTBF (Mean Time Between Failures):>10000 hours Sealing life of the cavity: ≥ 500000 times of opening and closing Emergency drainage: 5-second rapid emptying mechanism Material Standard: ASME VIII Div.1 Pressure Vessel Certification High risk scenarios:

Flexible configuration: We offer 20+professional variant models including double door anti pollution type (GMP standard), anti-corrosion titanium chamber (pH 1-14 tolerance), ultra-low temperature type (-50 ℃ pre freezing), etc. Special Parameters: Extreme vacuum: 5 × 10 ⁻ ² Pa (high vacuum research type) Heating rate: 15 ℃/min (quick start type) Multi zone temperature control: 8 independent temperature zones (specifically for composite materials) Explosion proof grade: Ex d

Environmental advantages: The energy saving rate of the waste heat recovery system exceeds 35%, and the closed-loop condensation device is used to achieve zero discharge of wastewater. Adopting oil-free dry pump technology reduces annual maintenance costs by 60%. Technical Parameter: Cold trap water capture capacity: 10kg/h~2t/h Steam consumption: 0.4kg steam/kg water (compared to traditional 0.8kg) Noise level: ≤ 65dB (A) (Silent design) Carbon emission index: 0.12tCO2e/ton

Core advantages: Through intelligent pressure gradient adjustment technology, the directional migration of moisture inside the material is achieved, and the drying efficiency is increased by 40% compared to traditional vacuum drying. Adopting a modular temperature control system (with an accuracy of ± 0.5 ℃) to meet the requirements of thermosensitive materials. Key parameter: Vacuum degree range: 10Pa~-0.098MPa Temperature control: 30 ℃~180 ℃ (customizable high temperature