School Lab Furniture-Create a Beautiful Environment for Canada Client in 2017      School Lab Furniture that are resistant to corrosion and acid and alkali are usually made of special materials and designed to meet the needs of high-intensity chemical experiments in laboratories. The following are common material selection and design points:        1.School Lab Furniture Countertop material Epoxy Resin board Advantages: Resistant to strong acids, strong alkalis, organic solvents, high temperatures (generally above 120°C), and strong impact resistance. Applicable scenarios: Highly corrosive chemical experiments (such as concentrated sulfuric acid, nitric acid, hydrofluoric acid, etc.). Ceramic Advantages: Resistant to acids and alkalis, high temperatures (up to over 1000°C), and easy to clean. Disadvantages: High brittleness and poor impact resistance. Stainless steel (316L stainless steel is better) Advantages: Corrosion-resistant, wear-resistant, easy to clean, suitable for general acidic and alkaline environments. Disadvantages: Not resistant to hydrofluoric acid, high-concentration chlorides, etc. Polypropylene (PP) or polytetrafluoroethylene (PTFE) countertop Advantages: Resistant to acids, alkalis and organic solvents, suitable for special corrosive experiments. Disadvantage: Poor heat resistance (about 80°C for PP and about 260°C for PTFE).                 2.School Lab Furniture Cabinet body and frame Anti-corrosion coated steel frame: The surface is sprayed with epoxy resin or polyester powder to enhance corrosion resistance. PP (polypropylene) or PVC cabinet body: All-plastic structure, suitable for highly corrosive environments. Stainless steel frame: 316L stainless steel is more corrosion-resistant, but it is more expensive. 3. Other design points ✅ leak-proof design: Add a water-blocking edge to the edge of the countertop to prevent liquid from overflowing. ✅ High-temperature resistant structure: Some experiments require the tabletop to be able to withstand high temperatures (such as electric furnaces, muffle furnaces). ✅ Scratch-resistant and wear-resistant: The surface should be scratch-resistant to prevent accelerated corrosion after long-term use.            

                Custom University Steel Wood Chemistry Lab Workench For Mr. Amer in Sudan in 2023   The steel-wood laboratory bench is a type of laboratory furniture that combines a steel frame with a wooden countertop/cabinet. It takes into account stability, durability and aesthetics, and is suitable for general chemistry, biology, physics and other laboratories. The following is a detailed introduction to the steel and wood laboratory bench 1. Steel Wood Chemistry Lab Workbench Structural features Steel frame section Cold-rolled steel plates or square steel pipes are usually adopted, and their surfaces are treated with epoxy resin spraying or electrostatic spraying to enhance rust prevention and corrosion resistance. The steel frame structure is stable and has a strong load-bearing capacity, making it suitable for placing heavier instruments such as centrifuges and ovens. Wooden part Countertop: Solid physical and chemical board, veneered physical and chemical board, fireproof board, etc. are available as options. Cabinet body: Generally, melamine board (moisture-proof board) or multi-layer solid wood board is used. The surface is corrosion-resistant and easy to clean. 2. Steel Wood Chemistry Lab Workbench  Main advantages     A. Strong stability: Supported by a steel frame, it is more stable than a fully wooden structure, resistant to earthquake and deformation.      B.economical and practical: Compared with all-steel or epoxy resin benches, it has a lower cost and is suitable for laboratories with limited budgets. Elegant and stylish: The wood grain finish can be matched with different laboratory styles, creating a softer visual effect.      C.Modular design: can be flexibly combined, facilitating later expansion or layout adjustment. 3. Applicable scenarios Teaching Laboratory (Middle School and University Basic Chemistry/Biology Experiments) General chemistry experiments (in non-strong acid and strong alkali environments) Physics and Electronics Laboratory (no strongly corrosive reagents) Pharmaceutical testing, medical laboratories (mild reagent handling)   3. Steel Wood Chemistry Lab Workbench  Dimentions: Product Dimensions (Length*Depth*Height) Floor Mounted Wall Bench L*750*850mm/Customize (Lx2.46'x2.78'/Customize) Floor Mounted Island Bench L*1500*850mm/Customize (Lx4.92'x2.78'/Customize) Floor Mounted Corner Bench 1000*1000*850mm/Customize (Lx3.28'x3.28'/Customize)            

  Full steel chemistry lab bench is a durable and sturdy work surface commonly used in laboratories, industrial settings, or workshops. These benches are typically made entirely of steel (often stainless steel) to ensure strength, chemical resistance, and ease of cleaning. Key Features of a Full Steel Chemistry Lab Bench Supply : Material: Made of high-quality steel (often stainless steel, such as 304 or 316 grade for corrosion resistance). Some may have powder-coated or epoxy finishes for added durability. Design & Structure: Heavy-duty steel frame for stability. May include reinforced legs or cross-bracing for extra support. Some models have adjustable height mechanisms. Chemistry Lab Bench Supply Work Surface: Steel top for chemical and heat resistance. May include backsplashes, sinks, or cutouts for utilities (electrical outlets, gas lines, etc.). Applications: Chemistry labs (acid-resistant steel surfaces). Industrial workstations (for heavy equipment). Cleanrooms or sterile environments (easy to sanitize). Mechanical workshops (high load-bearing capacity). Customization Options: Shelving, drawers, or cabinets underneath for storage. Modular designs for flexible lab setups. Integration with fume hoods or other lab equipment. Where to Buy? You can find full steel lab benches from: Lab furniture suppliers (e.g., https://www.chemistry-labfurniture.com/). Would you like recommendations based on specific needs (size, weight capacity, chemical resistance, etc.)? Let me know!   Photos:      

                            Ductless Fume Hood Suppliers For Mr..Arnold Data In Thailand     1. Hood body&base cabinet: Use galvanized steel sheets ≥1.2mm, electrostatically sprayed with epoxy resin, and covered with durable anti-chemical lead-free coating to maintain high finish and minimize the impact of corrosion and moisture. *2. Front sash and side sash: Use ≥6mm acrylic sheets, which has excellent weather resistance, excellent chemical resistance, not easy to age, colorless and transparent, transparent throughout, visual comfort, and beautiful appearance. *3. Seven-inch LCD touch screen display, high-definition display resolution 1024*600, perfect visual system. *4. Real-time temperature and humidity environment monitoring system, display temperature and humidity, set alarm parameters, and ensure the safety of product use. *5.Ductless Fume Hood Suppliers Fan monitoring: fan system failure alarm, online adjustable fan speed, to ensure the required air volume for different chemical operations. *6. Filter saturation alarm system: The product is equipped with double-layer filters and dual VOC probes. One probe monitors the indoor air quality, and one probe monitors the filter saturation status. The filter sets the saturation alarm value. If the concentration exceeds the set value for a long time, the filter needs to be replaced. *7. PSC fan imported from the United States, 24 volts, stable performance, ultra-quiet, no spark static. *8. The high-efficiency filtration system, according to the particle size, selects the arrangement and distribution, follows the ASTM standard, effectively targets acidic gases and organic gases, and has strong adsorption capacity. The high-efficiency HEPA filter is used for particles, and the filtration efficiency is 99.995% for particles larger than 0.3um. *9. The power of LED lighting lamp is equivalent to 25W fluorescent lamp, which does not generate heat, safety does not affect the temperature of the experimental environment, energy saving, environmental protection and long life. *10. Ductless Fume Hood Suppliers Epoxy resin work surface have excellent chemical stability, super corrosion resistance, good impact resistance without damage, excellent high temperature resistance, integrated core penetration, long service life, no delamination, no expansion, no cracking . *11. With the function of process monitoring, customers can view the operating status of the equipment in real time through the mobile client, and can remotely set operating parameters. When the device alarms, the alarm information can be pushed through the client.   Detail Information Place of Origin: CHINA Certification: CE, ISO9001:2005 ,3C Airflow Velocity: 0.3-0.6m/s Air Exhaust: Top Exhaust Warranty: 1 Year Worktop: Phenolic Etc. Sash Opening: Vertical Sliding Noise Level: ≤60dB Blower: Pp Anti Corrosion Filter Efficiency: ≥99.99% Model No: CG-1800C Origin: Chengdu, China Face Velocity: 0.4-0.6 M/S External Dimension: 800*620*1245mm Certificated: CE Air Rod: 2 Level Mail Packing: Yes Foot: 320 Nylon Foot Installation: Easy Lighting: LED Trademark: Ample Sash: Tempered Glass Controls: Digital Seat Material: PU Leather+ Sponge Packaging Details: Export Playwood Packgee Supply Ability: 10000 pcs/ month      

Custom Automatic lifting & Dropping Door Fume Hood For American   Customer Khoa on August 31         SUCLAB fully automatic lifting door fume hood is an electric lifting door without counterweight, including a servo motor, coupling, roller, fabric belt, glass lifting connection sheet metal, glass slide groove, and glass window. The servo motor is connected to the roller through a coupling. A cloth tape is wound around the roller, and the cloth tape is connected to the glass window through a glass pull and sheet metal. The glass window is clamped in the glass slide groove. The utility model adopts the method of connecting a roller with a cloth belt, converting the rotational motion of a servo motor into the up and down linear motion of a glass window. The structure is simple and clear, the control is simple, and it is not easy to have problems. It replaces human labor with electricity, reduces the burden on human labor, and eliminates the counterweight. There is no need to consider a fixed counterweight during transportation. By using fabric straps to connect the roller and the glass window, the impact of force during movement is reduced, and there will be no sudden change in force, making it safer and more reliableThe present invention aims to provide a height control system device for the fully automatic lifting dropping door fume hood , in order to solve the problem proposed in the background technology that when the fume hood is working, the transparent automatic door needs to be completely lowered to the extent of sealing the window, so this will more or less cause external water stains and dust to adhere to the outer wall of the sealed transparent automatic door. To keep the fume hood in the best condition for the next use, it is necessary to specially wipe and clean the transparent automatic door to maintain its cleanliness during use. This requires dedicated cleaning personnel to regularly clean the transparent automatic door. To achieve the above-mentioned objectives, the present invention provides the following technical solutions: A device for an automatic door height control system of a fume hood, including a storage cabinet body and a fume hood body, the fume hood body is installed at the upper end of the storage cabinet body, the upper end of the fume hood body is provided with a chassis, a ventilation pipe is provided at the center of the upper end of the chassis, a window is provided inside the front end of the lower half of the fume hood body, and a control switch is provided on the outer wall of the front end at the lowest side of the fume hood body. Vertical lifting sliding grooves are provided on the inner walls at both ends of the  fully automatic lifting dropping door fume hood body behind the window. Between the two lifting sliding grooves, there is a transparent automatic door, which is set at the rear of the window. The transparent automatic door includes transparent tempered glass and an aluminum alloy frame, and the transparent tempered glass is embedded inside the aluminum alloy frame. The left and right ends of the said aluminum alloy frame are respectively connected to the interior of two lifting slide grooves. The upper side of the window is horizontally internally connected with an auxiliary cleaning device. The auxiliary cleaning device includes an adjusting fixed head, an installation cross plate, an adjusting screw, an adjusting screw hole, a connecting strip plate, a cleaning cotton, a compression spring and an anti-slip pad. The installation cross plate is horizontally arranged inside the upper side of the window. Both ends of the said installation crossplate are internally provided with outward-opening adjusting screw holes. The circum-circumference of each of the two adjusting screw holes is internally provided with outward-penetrating adjusting screws. The outermost ends of each of the two adjusting screws are provided with adjusting fixed heads. Anti-slip pads are provided on the outer walls of each of the two adjusting fixed heads. Both of the two said adjusting and fixing heads are respectively connected to the inner walls at the left and right ends of the top side of the window through anti-slip pads. A connecting strip plate is provided on the parallel rear side of the installation cross plate. The installation cross plate is fixedly connected to the connecting strip plate through a compression spring. A cleaning cotton is connected to the outer wall at the other end of the connecting strip plate. The cleaning cotton and the connecting strip plate are fixedly connected through an adhesive. Preferably, the aluminum alloy frame connected to the right end of the transparent tempered glass is vertically internally provided with lifting screw holes. The lower end of the lifting slide groove on the inner wall of the right end of the fume hood body is provided with a bottom fixed hole with an upward opening. The cabinet of is internally provided with a lifting motor near the right front corner, and the lifting motor is connected with a vertical lifting screw. The lowest end of the lifting screw runs through the inner wall of the bottom of the chassis and the lifting screw hole in sequence and is embedded in the inner circle of the bottom fixed hole. The lifting motor is electrically connected to an external power supply. Preferably, a ventilation opening is also provided inside the center of the bottom of the chassis, and a fan is provided inside the chassis above the ventilation opening. The ventilation pipe is set directly above the fan, and the ventilation pipe is connected to the interior of the fume hood through the ventilation opening. Preferably, after the transparent tempered glass is embedded into the interior of the aluminum alloy frame, it needs to be fixed and encapsulated with glass glue. The front and rear outer walls of the transparent tempered glass and the aluminum alloy frame are respectively kept flush. Preferably, the outer walls of the four sides of the aluminum alloy frame are all smooth outer walls. After the left and right ends of the aluminum alloy frame are respectively connected to the inner walls of the lifting sliding grooves near the front side of the fume hood body, the outer walls of the front ends of the left and right sides of the aluminum alloy frame are respectively attached to the inner walls of the front and rear ends of the two lifting sliding grooves. Preferably, the lateral length of the installation crossplate is less than that of the window. The installation crossplate is respectively flush with the outer walls around the connecting strip plate and the cleaning cotton. After the auxiliary cleaning device is installed laterally into the inner part of the top side of the window, the outer wall at the front end of the installation crossplate is flush with the outer wall at the front end of the fume hood body. Preferably, there are a total of eight evenly spaced compression springs connected between the installation crossplate and the connecting strip plate. The shapes, sizes and elastic coefficients of the eight compression springs are all the same. After the auxiliary cleaning device is laterally installed inside the uppermost side of the window, all eight compression springs are in a compressed state. The eight compression springs all tightly press and adhere the cleaning cotton connected to the connecting strip plate to the outer wall at the front end of the transparent tempered glass through elastic force. Preferably, the storage cabinet body, the fume hood body and the chassis are all fixedly connected by welding, and the outer walls around the storage cabinet body, the fume hood body and the chassis are all kept flush.  

    Jiangxi Huazhijun Technolgy  company, Design chemistry laboratory Profesionally , with highly skilled technicians can tailor-make products specifically for your laboratory. A safe overall design, functional products, and aesthetically pleasing designs are the cornerstones of laboratory planning.       Design chemistry laboratory standard laboratory configuration: 1. Center of the laboratory: This is where the central laboratory bench is located. A wash basin is typically located on the longitudinal side or in the center of the central bench, along with a reagent rack. A universal exhaust hood may also be installed. 2. Right side window: Place a side bench, workbench, overhead platform, side bench reagent rack, modular racks, and wall cabinets. 3. Right side door: Place a fume hood, laboratory bench, wash basin, drying rack, medicine cabinet, and storage cabinets. (The fume hood should be conveniently located for ventilation duct access.) 4. To the left and right of the door: Safety equipment, such as emergency showers, eyewash stations, and fire extinguishers, is typically located. 5. Left side door: Place a fume hood, side bench, side bench reagent rack, wash basin, wall cabinets, and other large equipment. 6. Place a side table, workbench, reagent rack, and large equipment near the left window. 7. Window Position: The space under the window can be used to accommodate a side table, test bench, and microscope stage, providing excellent visibility during operations. Laboratory Classification and Layout Plan In modern research institutions, laboratories are typically categorized by physics, general chemistry, organic synthesis, and biology. When selecting equipment and designing floor plans, different fields have distinct requirements, and these differences can be significant.       When design chemistry labiratory analysis , a central workbench is typically located in the center of the laboratory, with side tables, test benches, fume hoods, medicine cabinets, drying cabinets, and other equipment flanking it. Clean benches and constant temperature and humidity equipment are also provided as needed. With the development of physical industries such as pharmaceuticals, medicine, food, agriculture, forestry, and animal husbandry, a highly reliable sterile and dust-free environment is essential in laboratories in these fields. In biological laboratories, the specific requirements of workflows, from general operations to inspection, testing, photography, and photo development, must be considered. Typically, a wash station and drying station can be coordinated at the entrance.      Reagent racks and universal brackets are installed on the central and side tables to hold reaction tubes, extraction tubes, and other instruments for different experimental purposes. Special gas piping and cooling water pipes should also be routed to the laboratory tables. Universal brackets for securing instruments can also be installed inside the fume hood.     To facilitate the operation of analytical instruments, a single-sided instrument table is often located in the center of the laboratory, with test benches located on the exterior walls. Special gas piping for analytical instruments should be placed as close to the instruments as possible.     Design chemistry Laboratory Facility Construction   I. Key Points in Laboratory Facility Construction We offer excellent designs and high-quality equipment to address the safety of people, objects, and the external environment; environmental comfort, including noise, odor, and visual factors; equipment operability and functionality; and convenient information processing and intelligent features. These requirements are unique to conventional buildings.   II. Electricity, Water, and Gas Piping   The piping system for electricity, water, and gas in a laboratory is crucial during laboratory design. It must be considered comprehensively based on the laboratory's content and building type (high-rise or single-story), as well as future expansion, safety, budget, and functionality. Through extensive experience, we can provide piping system design and construction services.   III. Electricity, Water, and Gas Supply Methods There are two common methods for supplying electricity, water, and gas to a laboratory: horizontal supply and vertical supply. The diagram uses a central laboratory bench as an example, showing the supply method facing the bench. 2009116103724595.jpg IV. Laboratory Air Conditioning   Laboratory Ventilation   Ventilation is crucial to maintaining a healthy laboratory environment. Air exchange rates vary depending on the laboratory type, area, and usage. Using Fume Hoods for Air Conditioning Harmful gases generated inside the fume hood are exhausted simultaneously with the laboratory. Therefore, when designing the laboratory's air conditioning equipment, the fume hood's exhaust volume must be within the load. One way to reduce the amount of air exhausted from the fume hood into the room is to use a fume hood that directly draws in makeup air.More details Email: Whatsapp :0086 19970724683 .    

             What is  Overall Planning for  Full Steel Laboratory Benches   JIANGXI HUAZHIJUN TECHNOLOGY CO., LTD  has excellent technical personnel who can tailor the products needed for your laboratory. The safe overall design, functional products, and aesthetically pleasing and practical styles serve as the basis for planning your Full Steel Laboratory Benches. Please refer to the configuration method of the standard laboratory: In the center of the laboratory, this is the space for setting up the central laboratory bench. Usually, a washing table is set up on the longitudinal side or in the middle of the central laboratory bench, with a reagent rack on it. A universal exhaust hood can also be installed. On the right side by the window, there are side Full Steel Laboratory Benches, work benches, balance benches, side reagent racks, combination racks and wall cabinets On the right side close to the door, a fume hood, laboratory bench, washing table, drying rack, medicine cabinet and storage cabinet should be set up (the position of the fume hood should be convenient for the connection of ventilation ducts). Safety equipment such as emergency showers, eyewash stations and fire extinguishers are usually placed on the left and right sides of the four doors. On the left side close to the door, a fume hood, a side laboratory bench, a side reagent rack, a washing table and a wall cabinet are set up to accommodate large facilities and equipment. On the left side of the window, there are Full Steel Laboratory Benches, work tables, reagent racks on the side tables, and places for placing large devices and equipment. The space under the 7-window position can be used to set up side tables, test tables, and microscope tables, providing good vision during operation. Laboratory classification layout plan In modern experimental research institutions, laboratories are usually classified into physics, general chemistry, organic synthesis chemistry, and biology. When choosing equipment for graphic design, laboratories in different fields have different requirements, and the differences can be quite significant. When designing a chemical analysis laboratory, a central bench for two-sided operation is usually placed in the center of the laboratory, with side benches, test benches, fume hoods, reagent cabinets, drying cabinets, etc. on both sides. Purification benches and constant temperature and humidity equipment are also provided as needed. With the development of the physics industries such as pharmaceuticals, medicine, food, agriculture, forestry and animal husbandry, a highly reliable sterile and dust-free environment is indispensable in the laboratories of these fields. In a biological laboratory, consider the special requirements of data processing workflows ranging from general to inspection, testing, photography, photo development, etc. Usually, the washing counter and the drying counter can be coordinated at the inlet. On the central Full Steel Laboratory Benches and side benches, reagent racks and universal supports are installed to place reaction tubes, extraction tubes and other equipment for different experimental purposes. Additionally, special gas piping and water supply and drainage pipes for cooling should be introduced on the laboratory benches. Universal supports for fixing equipment can also be installed inside the fume hood. To facilitate the operation and use of analytical instruments, single-sided instrument benches are often placed in the center of the laboratory, while test benches are installed on the exterior walls. The piping for special gases used by analytical instruments should be as close as possible to the instruments. Construction of laboratory facilities I. Key Points for Laboratory Facility Construction In terms of the safety of people, objects and the external environment, the comfort of the environment such as noise, odor and vision, the operability and functionality of equipment, as well as the convenience and intelligence of information processing, which are different from ordinary buildings, we have excellent designs and high-quality equipment to meet these requirements. Ii. Electrical, water and gas piping The piping methods for electricity, water, gas, etc. in a laboratory are of great significance during the design process. They must be comprehensively considered based on the content of the laboratory, the architectural form (high-rise or bungalow), as well as future expansion, safety, budget, and functionality. Through extensive practice, we can provide design and construction services for piping systems.   Iii. Supply Methods of Electricity, Water and Gas There are generally two ways to supply power, water and gas to laboratories: horizontal supply and vertical supply. Take the central laboratory bench as an example to show the supply mode for the laboratory bench. For more Details : Email: chinalabfurniture@foxmail.com, Whatsapp : 0086 19970724683 .      

SUCLAB chemical fume hood with water scrubber Exporters including : a cabinet body, a ventilation module and a spray module corresponding to the ventilation module. A cavity is provided inside the cabinet body. The ventilation module includes a first exhaust channel connected to the cavity. The spray module includes a first spray head for spraying the inner wall of the first exhaust channel. The first exhaust channel is provided with an exhaust port. The spray type chemcial fume hood with water scrubber exporters  of the present utility model is added with a spray module set in conjunction with the ventilation module. The water scrubber  module uses a spray head to spray the inner lining space of the first exhaust channel to prevent the formation of crystallization in the inner lining of the experimental gas when it flows through the first exhaust channel. At the same time, a discharge port for the gas and liquid flowing through the first exhaust channel is set to prevent the gas and liquid from flowing back into the cavity. It not only optimizes the experimental environment but also enhances the safety of the experiment .   Designing :        

Chemical Resistant Phenolic Resin School Ductless Fume Hood Suppliers for University of the Philippines Product Description: Our School Ductless Fume Hood Suppliers boasts an impressive Filtering Efficiency of over 99.9%, ensuring that harmful fumes and particulates are effectively captured and filtered before being released back into the environment. With a Filter Efficiency of equal to or greater than 99.99%, you can trust that our fume hood will provide a clean and safe working environment for you and your team. The Blower of our Ductless Fume Hood is made of Pp Anti Corrosion material, which enhances its durability and resistance to corrosive chemicals. This ensures a long lifespan for the blower, reducing maintenance costs and downtime. The Worktop is constructed from Phenolic Etc., a material known for its chemical resistance and durability. The Working Surface features Chemical Resistant Phenolic Resin, providing a safe and stable area for working with hazardous materials. As one of the premier ductless fume hood manufacturers in the industry, we understand the importance of quality, safety, and efficiency in laboratory equipment. Our Ductless Fume Hood is designed to meet the highest standards and provide a reliable solution for handling hazardous fumes and chemicals. Whether you are working in a research laboratory, educational institution, or industrial facility, our Ductless Fume Hood offers the performance and reliability you need to ensure a safe working environment. Trust in our expertise and experience as ductless fume hood manufacturers to provide you with a top-of-the-line product that meets your needs and exceeds your expectations. Invest in a Ductless Fume Hood from one of the leading ductless fume hood manufacturers in the industry and experience the difference in safety, efficiency, and quality. Contact us today to learn more about our Ductless Fume Hood and how it can benefit your laboratory or facility.   Features: Product Name: School Ductless Fume Hood Suppliers Filtering Efficiency: >99.9% Air Exhaust: Top Exhaust Sash Opening: Vertical Sliding Size: 1000mm*620mm*2050mm Control System: LCD Touch Screen   Technical Parameters: Sash Opening Vertical Sliding Airflow Velocity 0.3-0.6m/s Material Stainless Steel Filtering Efficiency >99.9% Control System LCD Touch Screen Worktop Phenolic Etc. Noise Level ≤60dB Size 1000mm*620mm*2050mm Filter Efficiency >=99.99% Blower Pp Anti Corrosion   Applications: SUCLAB School Ductless Fume Hood Suppliers HZJ 025 is a versatile and high-quality fume containment solution manufactured in China by leading ductless fume hood manufacturers. With dimensions of 1000mm*620mm*2050mm, this fume hood is designed to provide efficient containment of fumes and particles in various laboratory settings. The HZJ 025 model boasts a filtering efficiency of >99.9%, ensuring a clean and safe working environment for laboratory personnel. The ductless design eliminates the need for external ventilation systems, making it a convenient and cost-effective choice for labs with space constraints. Equipped with a filter efficiency of ≥99.99%, the SUCLAB Ductless Fume Hood HZJ 025 offers exceptional performance in capturing and removing harmful substances from the air. The included worktop, made of materials such as Phenolic, provides a durable and chemical-resistant surface for conducting experiments and handling hazardous materials. Whether in research facilities, educational institutions, or industrial laboratories, the SUCLAB Ductless Fume Hood HZJ 025 is an ideal solution for a wide range of applications. Its compact size and efficient design make it suitable for use in various scenarios where fume containment is essential for safety and compliance. Customers can have peace of mind with a 1-year warranty included with the SUCLAB Ductless Fume Hood HZJ 025, ensuring reliable performance and support from the ductless fume hood manufacturers. Trust SUCLAB for top-quality fume containment solutions that meet the highest standards of safety and efficiency. Customization: Explore our Product Customization Services for the School Ductless Fume Hood Suppliers : Brand Name: SUCLAB Model Number: HZJ 025 Place of Origin: CHINA Size: 1000mm*620mm*2050mm Airflow Velocity: 0.3-0.6m/s Power Supply: 220V/50Hz Control System: LCD Touch Screen Warranty: 1 Year   Support and Services: The Ductless Fume Hood product comes with a comprehensive Product Technical Support and Services package to ensure optimal performance and customer satisfaction. Our technical support team is available to assist with installation, setup, troubleshooting, and any product-related inquiries. Additionally, we offer maintenance services, calibration, and periodic performance checks to keep your fume hood operating efficiently.   Packing and Shipping: Product Packaging: The School Ductless Fume Hood Suppliers  are carefully packaged in a sturdy cardboard box to ensure safe transportation. Each component is securely wrapped in bubble wrap to prevent any damage during shipping. Shipping: We offer fast and reliable shipping for the Ductless Fume Hood. Orders are typically processed within 1-2 business days and shipped via a reputable courier service. You will receive a tracking number to monitor the delivery status of your package.