Customized Fume Hoods for Your Laboratory: - Make: HE (WHO-GMP / ISO 9001 – 2015 / CE Mark) Harrier Fume Hood is an enclosure which is used to remove fumes and air borne particles at the contamination source. It is a kind of fume ventilation system which prime work is to remove smoke, dust mist and chemical fumes and restrict their entry into laboratory environment. A laboratory fume hood comprises of steel or marble stone work bench, service fixture and electrical points. For fume exhaust, heavy duty blowers are fitted and remotely connected to the duct. Chemical fume hood, fume cupboard and fume closet are similar names of fume hood. WORKING CHAMBER Inner working chamber or area is the most important part of fume hood which remains in direct contact of fumes, acids and different types of chemicals. We make inner chamber walls of stainless steel (304) which is further coated with FRP layer if needed. The Sizes of chamber are 6 ft x 2 ft x 2 ft etc. WORK BENCH The work bench of fume hood is either made of granite marble. EXTERNAL SURFACE External surface is either made of stainless-steel sheet (304). SERVICE VALVES Service valves are added (02 Nos) Both Sides we can fit wet and dry service valves (brass needle valves) for raw water, nitrogen gas, air and vacuum. ELECTRICAL UTILITIES To run the apparatus inside fume hood, we fit electrical sockets 4 x 3. SASH It is a glass window mechanism which is moved up and down using sash track. Sash track is a system made of weights and a pulley. Operator can easily move sash up or down and keep at desired height during work. BLOWER For suction in fume hood, we provide centrifugal blower assemble made of direct drive motor of any branded make. CHEMICAL STORAGE CABINET At the bottom of fume hood, we provide ventilated cabinet to store chemicals. Technical Specifications Inner chamber: SS 304 Exterior: Stainless Steel Work top: Jet black granite Illumination: Fluorescent tube light (02 Nos) Blower: Centrifugal exhaust blower (direct drive motor) Standard fittings: Water tap Sink with drainage system Electrical sockets Inner Working Dimension (ft.): 4’ x 2’ x 3’ |
You Might Like Also
Application:- 1700°C High Temp Furnace (Box Type Resistance Furnace) Mainly Provides High Temperature Heat Treatment Environment For Industrial Colleges, Research Institutes, Factories And Other Industrial Laboratories, And Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Read More
Vacuum Oven is used for drying heat sensitive materials such as powder to extract moisture. As vacuum drying lowers the boiling point; therefore, losses of compounds other than water are minimized. Samples are dried under gentle heating leaving almost no residue. Some applications of vacuum oven include moisture content determination, dry steriliza Read More
Application:- 1700°C High Temp. Tube Furnace Mainly Provides High Temperature Heat Treatment Environment for Industrial, Research Institutes, Factories and Other Industrial Laboratories, and Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, and Semiconductor Materials. Read More
Application:- 1200°C Tube Furnace (Programmable) is Mainly Provides High Temperature Heat Treatment Environment for Industrial, Research Institutes, Factories And Other Industrial Laboratories, And Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Read More
Application:- 1800°C High Temp Muffle Furnace (Box Type Resistance Furnace) Mainly Provides High Temperature Heat Treatment Environment For Industrial Colleges, Research Institutes, Factories And Other Industrial Laboratories, And Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Read More
Application:- 1200°C Muffle Furnace (Box Type Resistance Furnace) Mainly Provides High Temperature Heat Treatment Environment for Industrial Colleges, Research Institutes, Factories and Other Industrial Laboratories, And Is Applied to New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Read More
