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DETAILS INTRODUCTION
Worktop
Customizable according to user requirements. The recessed dish-shaped design can retain a certain volume of liquid to prevent hazardous liquids from overflowing. Cup sink positions can be reserved as needed to collect waste liquids generated during experiments and when cleaning the interior of the cabinet.
Main Materials
The cabinet features a double-layer structure, CNC stamped from 1.2mm thick steel plates. The surface is treated with an epoxy powder coating to ensure corrosion resistance and airtightness. The interior structure uses a white, corrosion-resistant liner board with a thickness of more than 6mm. Its corrosion resistance meets NEMA standards, and its fire resistance meets ASTM requirements.
The installation position and angle of the baffles are set based on computer simulation and physical test results, ensuring even exhaust distribution without dead zones, and effectively removing gases of different specific gravities.
Equipped with a vertical sash made of 6mm (±5%) thick tempered glass, which slides smoothly and can easily stop at any position. The control panel is located on the side panel of the outer pillar for easy observation and operation.
The front of the fume hood is pre-drilled with 4 holes for remote control valves. Universal sockets and lighting switches are located in convenient operating positions and are all protected by dust covers.
The base cabinet system is constructed of SPCC cold-rolled steel plate with powder coating and features leveling feet. The left cabinet can be equipped with an exhaust device for chemical storage. The right cabinet houses water, electricity, and gas systems, and its back panel is detachable for easy maintenance and servicing.
The conical reducing exhaust hood features a rectangular opening at the bottom. Hydrodynamic analysis confirms excellent gas collection performance, with low static pressure and noise levels.
Performance Features
The design, manufacturing, and testing of the fume hood comply with international high-standard specifications.
The design, materials, manufacturing, and testing comply with international standards such as SEFA, ASHRAE, BS, and CSA.
The electrical system complies with CE international certification.
Modular design, divided into three main parts: upper cabinet, worktop, and ventilated base cabinet, making assembly easy.
A complete range of sizes provides diverse choices and can also be professionally customized according to requirements.
The available internal (workspace) area can meet various requirements.
Maximum opening of the sash: 740mm (single standard vertical sash).
Low pressure loss: when the sash is fully open and the average face velocity is 0.5 m/s (100 fpm), the pressure loss does not exceed 124 Pa.
The cabinet structure is divided into upper and lower levels: the upper part is the experimental operation area, and the lower part features a suspended base cabinet design for storing experimental equipment and other items, fully utilizing the cabinet space.
Integrated control of water, electricity, ventilation, and gas meets various experimental water and gas requirements, and all operations can be performed on the same panel.
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Solution Provider for Building High‑Quality Air Ecological Environments
Isabella Tian
Business Director, Overseas Business Department
Annie Qin
Sales Director, Overseas Business Department
Address
503, 5th Floor, Headquarters International, Han Street, Wuchang District, Wuhan City, China
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