Lab fume hoods with built-in scrubbers are specialized equipment designed to safely manage and neutralize hazardous fumes and chemicals in a laboratory environment. These hoods feature a built-in scrubber system that contains a liquid medium, usually water or a chemical solution, to neutralize or absorb harmful chemicals from the air. Key aspects of these hoods include their functionality, design, and compliance with industry standards like ASHRAE 110-95.

Ducted Fume Hood is a common safety equipment in laboratories, mainly used to capture and remove harmful gases, vapors and particles generated during the experiment. Ducted Fume Hood discharges the exhaust gas generated during the experiment to the outdoors or designated safe areas through an external piping system, avoiding the retention and diffusion of harmful gases in the laboratory.

Benchtop fume hood also know as tabletop fume hood, desktop fume hood, or small fume hood.It is a ventilation equipment designed for small laboratories or personal workbenches. The following are its main features and considerations:1.Compact design: Desktop fume hoods are small in size and fit on a laboratory table or workbench without taking up a lot of space.2.Local exhaust: Desktop fume hoods mainly provide local exhaust and protection for local harmful gases or vapors.3.Easy to operate: Usually simple in design, easy to operate, suitable for experiments with mild to moderate hazards.4.Applicability: Suitable for school laboratories, small research institutions or individual researchers, handling small amounts of chemicals or conducting small-scale experiments.

Explosion Proof Fume Hood is an important safety equipment in the laboratory. It is designed for handling flammable, explosive or toxic chemicals. Explosion Proof Fume Hood is widely used in various laboratory environments that need to handle flammable, explosive or toxic chemicals.

A Class III Biological Safety Cabinet (BSC) is the highest level of containment for working with the most dangerous pathogens, including those that are highly infectious, aerosol-transmissible, or potentially lethal. Here are some key features and characteristics of a Class III BSC:1.Total containment: Unlike Class I and II cabinets, Class III BSCs provide complete worker, product, and environmental protection. The cabinet is completely airtight, and all work is performed through gloves attached to the front of the cabinet.2.Negative pressure: The cabinet operates under negative pressure, ensuring that air flows inward during operations and preventing any potentially contaminated air from escaping.3.Glove box design: The cabinet has a glove box-like design, with gloves attached to the front for manipulation of materials inside. This allows researchers to work with hazardous materials without direct contact.4.HEPA filtration: Both the supply and exhaust air pass through HEPA filters, ensuring that any potentially contaminated air is captured and filtered before being exhausted.5.Double bagging: Materials entering and exiting the cabinet are typically double-bagged to minimize the risk of contamination during transfer.6.Sterilization: The cabinet is designed to be easily decontaminated, often with the use of vaporized hydrogen peroxide or other chemical sterilants.7.Limited access: Access to the cabinet is restricted, and all work is performed through the gloves, minimizing the risk of accidental exposure.

A Class 2 Type B2 biosafety cabinet is a crucial piece of equipment used in laboratories for the safe handling of biohazardous materials. It provides a controlled environment that protects both the worker and the surrounding environment from contamination. Here are some key features of a Class 2 Type B2 cabinet:Airflow: It has a vertical laminar flow design, meaning air is filtered and flows downward over the work surface, removing potential contaminants.1.HEPA filtration: Both the incoming and outgoing air are filtered through High-Efficiency Particulate Air (HEPA) filters, ensuring that air leaving the cabinet is clean.2.Biological safety: This type is specifically designed for work involving hazardous agents, including radioactive materials or biohazardous and chemotoxic substances. The B2 classification indicates it has an additional feature for handling hazardous chemicals or radionuclides.3.Dual exhaust: It has two exhaust systems, one for contaminated air and another for hazardous materials, ensuring that these substances are properly contained and filtered before being exhausted.These cabinets are commonly used in microbiology, molecular biology, and other research fields where there is a risk of exposure to infectious agents or hazardous materials.

A Class II A2 Biosafety Cabinet is a specialized piece of laboratory equipment designed for personnel, product, and environmental protection. It is commonly used for microbiological work, cell culture, and sterile pharmacy compounding. Key features include an inward airflow for personnel protection, a downward HEPA-filtered laminar airflow for product protection, and HEPA-filtered exhaust air for environmental protection. The cabinet maintains a minimum average inflow velocity of 100 fpm through the sash opening, and a portion of the inflow air is exhausted while another part is recirculated within the cabinet. This type of cabinet is suitable for handling materials at Biosafety Levels 1, 2, 3, or 4, ensuring a clean and controlled environment for sensitive work.

A Horizontal Laminar Flow Hood, also known as a Horizontal Flow Clean Bench, is a laboratory equipment that provides a clean and uncontaminated workspace by directing a stream of filtered air across the work surface. Here are its key features:1.Airflow direction: Air is drawn in from the sides or back of the cabinet, passed through a HEPA filter, and then flows horizontally across the open work surface in a unidirectional flow, removing contaminants.2.Particle control: The laminar flow of air helps to keep the workspace clean by sweeping particles away from the working area, preventing contamination of samples or materials.3.Work surface: The open front allows easy access to the workspace, and it can be configured with shelves, drawers, or other storage options.Horizontal Laminar Flow Hoods are commonly used in various laboratory settings, including pharmaceuticals, electronics, and research, where a clean environment is necessary but not necessarily a biological containment requirement.

A Vertical Laminar Flow Hood, also known as a Vertical Flow Clean Bench, is a piece of laboratory equipment designed to provide a sterile or clean working environment by removing contaminants from the air. Here are its key features:1.Airflow direction: It uses a vertical downward airflow. Air is drawn from the top of the cabinet, passed through a HEPA (High-Efficiency Particulate Air) filter, and then flows downward over the work surface, creating an uncontaminated zone.2.Particle removal: The laminar flow of air helps to remove particles, dust, and microorganisms from the workspace, ensuring a clean environment for sensitive procedures, such as tissue culture, microbiology, or pharmaceutical operations.3.Protection: The cabinet provides protection for the samples being worked on, but not necessarily for the operator. It is not a biological safety cabinet and does not provide the same level of protection against infectious agents.4.Work surface: The work area is typically open, allowing for easy access and manipulation of materials. Vertical Laminar Flow Hoods are commonly used in research, manufacturing, and quality control laboratories where a clean and particle-free workspace is necessary but not necessarily a biological containment requirement.

The PCR workstation is a device that integrates multiple functions in one, designed to provide a sterile, pollution-free and easy-to-operate environment for PCR experiments. It usually includes a closed operating area, an efficient air filtration system, an ultraviolet disinfection device, and necessary experimental tools and equipment.Main features1.Sterile environment: The PCR workstation can effectively remove particles and microorganisms in the air through an efficient air filtration system, providing a relatively sterile environment for PCR experiments.2.Anti-pollution: The workstation usually adopts a negative pressure design to prevent outside air and pollutants from entering the operating area. At the same time, the ultraviolet disinfection device can disinfect the operating area before and after the experiment to further reduce the risk of contamination.3.Convenient operation: The PCR workstation is usually equipped with an easy-to-use control panel and experimental tools to facilitate operators to operate and monitor experiments.4.Versatility‌: In addition to conducting PCR experiments, the PCR workstation can also be used for other experimental operations that require a sterile environment, such as DNA/RNA extraction, sample processing, etc.

The powder weighing booth is a device specially designed for weighing powder materials. It is usually equipped with an efficient air filtration system, a negative pressure control system, and necessary weighing tools and equipment. Its main function is to provide a relatively sterile, pollution-free and easy-to-operate environment to ensure the accuracy and safety of powder weighing.1. ‌High-efficiency filtration system‌: The powder weighing booth is usually equipped with a high-efficiency air filter (such as a HEPA filter), which can effectively remove particles and microorganisms in the air and provide a relatively sterile environment for weighing operations.2. ‌Negative pressure control system‌: Through the negative pressure control system, the inside of the powder weighing booth can maintain a certain negative pressure state, preventing outside air and pollutants from entering the operating area, further reducing the risk of contamination.3. ‌Material selection‌: The three sides of the weighing booth are made of powder-coated cold-rolled steel, and the other side uses anti-static PVC curtains to ensure its durability and anti-static performance.

Powder Dispensing Booth Introduction
1.Application:
Used for safe handling, dispensing and weighing of powdered substances such as chemicals, medicines or food additives.
Applicable to pharmaceutical, chemical, food and other industries to prevent powder diffusion and cross contamination.
2.Features:
Enclosed design, equipped with high-efficiency filtration system to prevent powder spillage.
Built-in lighting and transparent front window for easy observation of the operation process.
Made of corrosion-resistant materials, easy to clean and maintain.
3.Advantages:
Effectively control dust, improve working environment and protect personnel health.
Meet industry safety standards and reduce pollution risks.
Easy to operate and improve work efficiency.
4.Selling point:
Efficient dust control to ensure safe operation.
Flexible design to adapt to a variety of powder handling needs.
Durable and easy to clean, reducing long-term use costs.

A powder weighing cabinet, also known as a powder handling station, is a specialized enclosure designed for the safe and accurate weighing of powders, especially those that are sensitive, hazardous, or prone to contamination. Here are its key features:1.Containment: The cabinet is designed to contain dust and particles generated during the weighing process, preventing cross-contamination of other lab materials and the surrounding environment.2.HEPA filtration: It typically has a high-efficiency particulate air (HEPA) filter system that captures particles as small as 0.3 microns, ensuring a clean working environment.3.Negative pressure: The cabinet operates under negative pressure, which means air is drawn in from the clean room environment, passes through the HEPA filter, and then exhausted, preventing powder particles from escaping.4.Lighting: Adequate lighting is provided to ensure clear visibility during the weighing process.

A flammable cabinet storage unit is a specially designed cabinet used for the safe storage of flammable liquids, chemicals, and other hazardous materials. Here are its key features:1.Fire-resistant construction: The cabinet is typically made of steel with a double-walled construction and a 1.5 to 3-inch air gap between the walls. This helps to insulate the cabinet and slow down the spread of fire.2.Self-closing doors: The doors are designed to automatically close in case of fire or emergency, preventing the spread of flames and fumes.3.Spill containment: The cabinet's interior may have a spill containment system, such as a leak-proof sump, to capture any accidental spills and prevent them from spreading.4.Ventilation: Have vents at the top and bottom to allow for air circulation, which helps to dissipate fumes and maintain a safer environment.5.Organization: Shelves are adjustable to accommodate different container sizes and promote proper segregation of materials.6.Regulatory compliance: Cabinets meet safety standards set by organizations like OSHA and NFPA.

Filtered storage cabinets flammable cabinets are specifically designed to safely store flammable liquids and hazardous materials. These cabinets feature a filtering system to remove potentially harmful vapors while maintaining a safe working environment. Made from robust materials like steel and high-density polyethylene, they have double walls, spill containment sumps, and self-closing doors to prevent accidents and minimize fire risks. These filtered storage cabinets flammable cabinets compliance with safety standards like OSHA and NFPA, Available in different sizes, from small to large, When selecting a cabinet, consider factors like size, material, and filtration system.

Filtered storage cabinet acid storage cabinets are designed to safely store chemicals, especially acids and corrosive substances, in a controlled environment. These cabinets are made from corrosion-resistant materials like polypropylene to withstand the chemicals' corrosive nature. These filtered storage cabinet acid storage cabinets have a divided sump to prevent leaks and spills, and feature a filtration system with a main HEPA filter for removing chemical particles and a secondary activated carbon filter for removing acids fumes. Key features of these cabinets include lockable doors with alarms, compatibility with various acids, and compliance with safety standards like OSHA and NFPA.

A corrosive storage cabinet is a specialized cabinet designed to safely store corrosive chemicals, such as acids, bases, and other reactive substances. Here are its key features:1.Double-walled construction: Similar to flammable cabinet storage, a corrosive cabinet has a double-walled construction with an air gap to provide insulation and contain any spills.2.Spill containment: The cabinet's interior have a leak-proof sump to capture accidental spills and prevent them from spreading outside the cabinet.3.Ventilation: The cabinets have vents to allow for air circulation, which helps to dissipate fumes and maintain a safer environment.4.Shelves and dividers: Shelves are adjustable and include dividers to separate different chemicals and prevent mixing.5.Regulatory compliance: Corrosive storage cabinets meet safety standards set by organizations like OSHA and NFPA.

A chemical wet scrubber is a pollution control device that's used to remove various pollutants, such as gases and particulate matter, from industrial exhaust streams. It works by contacting the contaminated gas stream with a liquid scrubbing solution, which can dissolve, absorb, or chemically react with the pollutants. This process is effective in capturing pollutants like sulfur dioxide, hydrogen chloride, volatile organic compounds (VOCs), and heavy metals.The scrubber typically consists of an inlet for the gas stream, a scrubbing solution preparation area, a mixing or contact chamber where the gas and liquid interact, a separation device to prevent liquid droplets from exiting with the cleaned gas, a collection and treatment area for the contaminated liquid, and an outlet for the cleaned gas.Wet scrubbers are commonly employed in industries like power generation, chemical processing, and metal smelting to meet environmental regulations.

A chemical dry scrubber is an air pollution control technology designed to remove acidic gases, such as sulfur dioxide and hydrochloric acid, from industrial exhaust streams without using water.Its working principle is to use the porous structure of activated carbon. When the waste gas containing pollutants passes through the activated carbon, the organic solvent molecules in the waste gas will be adsorbed by the activated carbon, thereby achieving the separation of pollutants and gases, and the purified gas is discharged. Activated carbon adsorption box is suitable for waste gas treatment in many industries such as pharmaceuticals, smelting, and chemicals.The internal structure of the activated carbon adsorption box includes a box body and a filled activated carbon adsorbent. The activated carbon adsorbent has a large surface area and developed pores, which can fully contact with the waste gas and has high adsorption efficiency. The adsorption process can be physical adsorption or chemical adsorption.The performance characteristics of the activated carbon adsorption box include high adsorption efficiency and strong capacity, which is suitable for a variety of organic waste gas treatment, compact structure, simple maintenance and management, and suitable for indoor and outdoor use.

A magnetic hotplate stirrer is a device commonly used in laboratories for heating and stirring substances simultaneously. It consists of a heating plate and a magnetic stirrer beneath the plate. The magnetic stirrer rotates a magnetic stir bar within a container placed on the hotplate, creating a mixing action while the plate heats the contents. This equipment is useful for various applications, such as chemical reactions, liquid mixing, and temperature control.

A high shear mixer pump, also known as a high shear homogenizer or rotor-stator mixer, is a specialized device designed for efficient blending and processing of materials by generating intense shear forces. It's widely used in industries like adhesives, chemicals, cosmetics, food, pharmaceuticals, and plastics for tasks such as emulsification, suspension, particle size reduction, homogenization, and dispersion. Some key applications of high shear mixers include:Emulsification: Mixing immiscible liquids, like oil and water, to create stable droplets.Suspension: Mixing solid particles into a liquid for consistent dispersion.Particle size reduction: Breaking down particles to achieve a desired size.Homogenization: Ensuring uniformity in the mixture.Dispersion: Mixing two or more substances for stable mixtures.Deagglomeration: Breaking up agglomerated particles to improve flow properties.

Laboratory analytical balance adopts a high-precision electromagnetic balance sensor to ensure the stability and reliability of each balance. It is equipped with a high-definition large LCD screen, suitable for various environments, and the display is clear and concise. One-click calibration ensures the accuracy of the balance.1. High-definition LCD screen, clear display.2. High-precision electromagnetic force sensor ensures the accuracy of the balance.3. Fully automatic fault detection and overload protection to maintain the normal operation of the balance.4. One-click calibration to ensure the accuracy of weighing.5. Unit switching, integration time, and sensitivity are adjustable and set according to user needs.6. Counting function, weighing function, percentage weighing, one machine for multiple uses.7. With built-in RS232C interface, continuous output, key output, and timing output modes are optional.8. The micro-volume model can be customized to meet the micro-weighing needs of powder and liquid samples.

Laboratory analytical balance adopts a high-precision electromagnetic balance sensor to ensure the stability and reliability of each balance. It is equipped with a high-definition large LCD screen, suitable for various environments, and the display is clear and concise. One-click calibration ensures the accuracy of the balance.1. High-definition LCD screen, clear display.2. High-precision electromagnetic force sensor ensures the accuracy of the balance.3. Fully automatic fault detection and overload protection to maintain the normal operation of the balance.4. One-click calibration to ensure the accuracy of weighing.5. Unit switching, integration time, and sensitivity are adjustable and set according to user needs.6. Counting function, weighing function, percentage weighing, one machine for multiple uses.7. With built-in RS232C interface, continuous output, key output, and timing output modes are optional.8. The micro-volume model can be customized to meet the micro-weighing needs of powder and liquid samples.

Xunling produces a wide range of laboratory tables suitable for various professional settings, such as schools, universities, hospitals, and research facilities. These tables are made from durable materials like galvanized steel, PP, and stainless steel, designed to withstand chemical exposure and ensure a safe working environment. You can find customizable options with features like built-in sinks, drip racks, and storage cabinets.

These tables are made from durable materials like steel, stainless steel, and phenolic resin, ensuring resistance to acids, alkalis, and other corrosive substances. They often come with modular designs, allowing for customization to fit specific laboratory requirements. Reagent racks are designed to hold lab reagents, test tubes, and other small equipment, promoting organization and easy access.

Lab tables with hanging cabinets are suitable for professional use in laboratories, workshops, and offices. They feature wall-mounted cabinets for overhead storage, keeping the work surface clean and organized.

Laboratory tables with sinks are suitable for professional use in schools, hospitals, research institutions, and industrial facilities. Key features of these lab tables include different designs and configurations, such as hexagonal, corner, and island designs, to fit various laboratory layouts.

Emergency Eye Wash Stations are crucial safety devices designed to provide immediate flushing for eyes and faces in case of exposure to hazardous substances.

Emergency eyewash showers are crucial safety devices used to flush eyes, face, or other body parts in case of accidental exposure to hazardous substances.

Joint: High density polypropylene material, to be 360° swiveled, easy disassembly, cleansing and re-assembly swiftly.Sealing ring: Corrosion-resistant high-density rubber.
 

Joint: High density polypropylene material, to be 360° swiveled, easy disassembly, cleansing and re-assembly swiftly.Sealing ring: Corrosion-resistant high-density rubber.