Xiaogan Kuohai Medical Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of laboratory fume hood in China, featured by quality products and good price. If you're going to wholesale advanced laboratory fume hood made in China, welcome to get quotation from our factory. Also, customized service and 1 year warranty are available.
1. The main dimensions of the fume hood are 1200mm, 1500mm, 1800mm in width, and 2350mm in height. The main structure of the fume hood is:
① Cabinet: The cabinet of the fume hood can be made of materials such as steel, wood, PP, PVC, stainless steel, etc. according to usage requirements;
② Table top: Various materials that are resistant to corrosion, acid and alkali, and high temperature (solid core physicochemical board, epoxy resin board, or ceramic board can be selected according to different experimental requirements). High temperature or strong acid and alkali operations can be carried out;
③ Activity sliding door: Transparent tempered glass installed on the surface of the cabinet, keeping users away from harmful chemicals and gases, and allowing harmful gases to enter the internal pipes of the fume hood;
④ Flow deflector: controls the shape of the airflow passing through the fume hood, reduces the backflow or eddy current caused by the uncertain method of air flow into the fume hood, and improves the efficiency of use (which will affect noise and static pressure);
⑤ Collecting ring: located at the top of the fume hood, it guides the gas of the fume hood towards the wind emission (which has a significant impact on the efficiency and noise of the fume hood);
⑥ Air regulating valve: an accessory component of a fume hood, used to regulate the exhaust volume and optimal surface wind speed of the fume hood;
⑦ Accessories such as faucets, cocks, and cups.
2. The characteristics of axial flow fans are: low power consumption, low operating costs, but high noise, low fan suction (low wind pressure), suitable for simple systems, generally installed on walls or pipelines;
② The characteristics of centrifugal fans are: high power consumption, high operating costs, high noise, high suction force (high wind pressure). They are suitable for complex systems and are mainly installed outdoors or on rooftops; For ventilation systems with requirements, frequency converters and related precision control instruments can be installed to meet different experimental and usage requirements as well as environmental and energy-saving purposes.
③ The characteristics of a diagonal flow fan are: power consumption, operating costs, and fan suction between the first two, low noise, suitable for simple systems, generally installed indoors.
product packing and shipping details
(1) Before the product leaves the factory, our company will strictly inspect and debug all components of the machine and equipment, and test whether the equipment can be used and installed normally.
(2) In order to prevent the product from being squeezed and damaged during long-distance transportation, we will use thick foam to fix the four corners of the product, and use standard export wooden boxes for external packaging.
(3) If you need OEM and ODM services and have separate product packaging solutions and logo printing standards, please communicate your plans and standards with us in advance. We can package the product according to your requirements.
(4) Transportation methods: a combination of sea, land, railway, air, and express delivery.
FAQ
Q: How can laboratories optimize fume hood usage to balance safety with energy efficiency?
A: Optimizing sash positions, implementing regular maintenance schedules, and educating users on proper fume hood practices help balance safety requirements with energy efficiency goals.
Q: Can you discuss the importance of face velocity in determining the effectiveness of fume hood containment?
A: Face velocity, measured at the face of the fume hood, is critical in assessing the efficiency of fume hood containment and ensuring safe laboratory conditions.
Q: What role do automatic sash closers play in promoting energy conservation and safety in laboratories?
A: Automatic sash closers help conserve energy by closing the fume hood sash when not in use, also promoting safety by preventing unintended exposure to hazardous substances.
Q: How do fume hoods contribute to maintaining a comfortable and productive laboratory environment for researchers and technicians?
A: Fume hoods, with features such as ergonomic design and adjustable sashes, contribute to a comfortable and productive laboratory environment, supporting the well-being of researchers and technicians.
Q: What advancements are anticipated in future fume hood designs to address emerging challenges in laboratory safety and efficiency?
A: Anticipated advancements include further integration of smart technologies, improved airflow control systems, and enhanced safety features to address evolving challenges in laboratory safety and efficiency.
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