Horizontal Laminar Air Flow

Vertical Laminar Air Flow

Biosafety Cabinet Class I

Class I BIOSAFETY is designed for operator and environment protection from hazardous materials and substances for operator's health. The operation is based on the forced removal of hazardous substances from the working zone through the air up-flow, with high-effective air filtration and exhausting the air into the environment. Due to the unidirectional laminar air flow, there is no risk of their cross-contamination when there are more than 2 agents working on the equipment.

Biosafety Cabinet Class II - A1 & A2

Class II Biosafety Cabinet Type A1 & A2 are designed for the security and protection of operator’s product and environment from pathogenic agents and microorganisms transmitted in respiratory way and also for creation of a bacterial dust free air environment. It has a common plenum from which 30% of air is exhausted, and 70% re-circulated to the work area as part of the downflow. Type A cabinets drain out air directly back to the laboratory, and they may contain positive pressure contaminated plenums. When toxic chemicals must be employed as an adjunct to microbiological processes, these cabinets should not be used. Exhaust HEPA filtration only.

Removes airborne aerosols including biohazards, and not chemical fumes.

The Class II Type A1 consists of the positively-pressurized contaminated plenum bordering the ambient environment, and therefore is less safer than the Class II Type A2 that has a negative pressure surrounding the positively pressurized contaminated plenum. In any unlikely event of a leakage on the positive plenum, the leaking aerosol will be pulled by the negative pressure back to the positive plenum, which prevents it from leaking out. On the grounds of safety, the Type A1 design is now considered obsolete. In the A2 cabinet, approximately 70% of air from the positive plenum is re-circulated as down flow

Biosafety Cabinet Class II - B1

The Class II Type B1 biological safety cabinet has a common plenum from which 70% of air is exhausted, and 30% re-circulated to the work area as the down flow.

Type B1 cabinets also have a dedicated exhaust feature that eliminates re-circulation when work is performed towards the back within the interior of the cabinet. Toxic chemicals employed as an adjunct to microbiological processes should only be employed if they do not interfere with work when re-circulated in the downflow.

Biosafety Cabinet Class II - B2

In the case of Class II Type B2 cabinet all inflow and downflow air is exhausted after HEPA filtration to the external environment without recirculation within the cabinet. This means that Type B2 cabinets are apt for working with toxic chemicals employed as an adjunct to microbiological processes under all conditions since no re-circulation occurs. In theory, Type B2 cabinets may be measured to be the safest of all Class II biological safety cabinets since the total exhaust feature acts as a fail-safe in the event that the downflow and / or exhaust HEPA filtration systems cease to function normally. However, Class II Type B2 cabinets, in practice, are difficult to install, balance and maintain.

Biosafety Cabinet Class III

The Class III biological safety cabinet provides an absolute level of safety, which cannot be attained with Class I and Class II cabinets. All Class III cabinets are usually of welded metal construction and are designed to be gas tight. Work is performed through glove ports in the front of the cabinet. During routine operation, negative pressure relative to the ambient environment is maintained within the cabinet. This provides an additional fail-safe mechanism in case physical containment is compromised. On all Class III cabinets, a supply of HEPA filtered air provides product protection and prevents cross contamination of samples. Generally the exhaust air is HEPA filtered and incinerated. Alternatively, double HEPA filtration with two filters in series may be utilized.

Materials are transferred into the cabinet using a pass-through unit installed at the side of the work area. Class III cabinets usually exhaust air back to the laboratory; however, air may also be exhausted via a dedicated ductwork system to the external environment. When a dedicated ductwork system is employed, they are also suitable for work employing toxic chemicals as an adjunct to microbiological processes. All Class III biological safety cabinets are suitable for work with microbiological agents assigned to biosafety levels 1, 2, 3 and 4. They are frequently specified for work involving the most lethal biological hazards.

Dispensing/Sampling Booth

Dispensing/Sampling Booth provides a safe, HEPA Filtered environment, for the dispensing of hazardous drug powders. Air is pulled away from user thru rear-wall pre-filters, trapping powders; recirculating air through ceiling mounted high efficiency particulate air (HEPA) filter rated 99.99% efficient at 0.3 microns.) protects the operators from toxic chemicals / raw materials used for manufacturing of tablets, medicines, capsules etc from external contamination during the process of weighing or measuring. It is ideal where a high degree of flexibility is desired. Containment is achieved by air movement. The product also known as Pharmaceutical Sampling Booth and Pharmaceutical Dispensing Booth.

Dispensing/Sampling Booth has been designed to provide a Class 100 working environment at rest, with built-in scavenging system to ensure protection for the product, operator and surrounding environment.

The system comprises:

• Imported Mini pleat HEPA Filter with hot melt technology, which conforms to EU 13 Grade, with an efficiency rating better than 99.99% for 0.3μ at supply position
• Imported Mini pleat HEPA Filter with hot melt technology, which conforms to EU 13 Grade, with an efficiency rating better than 99.99% for 0.3μ at exhaust position
• Pre filter which conforms to EU 4 Grade, with efficiency of 90% down to 10µ. These Filters are basically made from micro-fibre-glass media and are inherently washable
• Intermediate filter which conforms to EU 7 Grade, with efficiency of 95% down to 3µ. These Filters are basically made from micro-fibre-glass media and are inherently washable
• Motor Blower provided are statically and dynamically balanced, Supply of sufficient capacity and static pressure is used to take care of airflow requirement for entire life of HEPA. The blower is high-performance, noise abated, light weighted statically and dynamically balanced
• SS 304 Double Walled Side Panels
• Mechanical Differential Pressure Gauge (0mm-25mm: 2 Nos.) to monitor pressure drop across intermediate filter
• Differential Pressure Gauge HEPA filter and (0mm-10mm: 1 No.) To monitor pressure drop across PRE Filter with respect to ambient
• Electrical control panel mounted on the side panel of the unit
• Tube Light
• ON/OFF Switches for motor
• 5/15 Amp single-phase switch socket for external equipment
• PAO Test port at upstream of HEPA filter

Static Pass Box

Pass Box aids in the material transfer without much personnel movement. Furthermore, the Static Pass Box also acts as a hindrance for entrance of contaminants in clean room and other classified areas. pass box static is designed to minimize traffic and contamination entry into the clean room.

Static Pass Box is an inexpensive way to maintain the cleanliness of your clean room. These boxes operate on the principle of one door opening at a time with electromagnetic interlocking so as to avoid any possibility of cross contamination. With stainless steel coating and rigid base these tailor made equipment provide optimum performance. They are available in Stainless Steel Construction with interlocking arrangement.

Dynamic Pass Box

Dynamic Pass Box are self-contained units installed at the entrance to clean rooms. They minimize the amount of particulate contamination and is easy to install and adaptable to existing facilities. These boxes operate on the principle of one door opening at a time with electromagnetic interlocking so as to avoid any possibility of cross contamination. Our Clean Room Pass Box comes under the international standard and is used for transferring the material form one clean room to other clean room.

Dynamic Pass Box assists in transfer of materials driven through a controlled environment but without much personnel movement. Furthermore, this box helps in prevention of contaminants entrance either in the clean room or between various classified areas. The pass box also known as Clean Room Pass Box.

Fume Hoods are equipments that are used to ensure safety for the user as they won’t be exposed to too many hazardous and dangerous fumes. Fume Hood capture the fumes/effluents released during any given experiment, contain them in the enclosure and then emit through their well-designed exhaust system.

We specialize in standard Fume Hood and customized Chemical Fume Hood. Fume hoods typically protect only the user, and are most commonly used in laboratories where hazardous or noxious chemicals are released during testing, research, development or teaching. They are also used in industrial applications or other activities where hazardous or noxious vapors, gases or dusts are generated or released.

Clean rooms provide controlled environments for the production of contaminant-free products. Air showers play a vital role in maintaining these clean-critical settings by removing loose particles of contamination from people and products before they enter the clean room.

Self-cleaning air showers help reduce product defects and increase production yields. These devices can also improve the performance of and reduce maintenance needs for the clean room itself by lowering the overall contamination load. Without an air shower’s “pre-cleaning” process, a cleanroom’s air filtration system would have to absorb all contaminants, which would increase energy consumption and maintenance costs.

Our Products designs and manufactures cleanroom air showers in a range of standard air shower sizes and configurations. We have self-cleaning air showers to meet most customer requirements; however, if your cleanroom requires a special or unique entry system, we also provide custom air showers that are built to match your unique specifications.

Positive Pressure Module

We are one of the few companies engaged in offering a wide range of Positive Pressure Modules for our clients to choose from. The system feeds fresh air into the room after the air is passed through HEPA filtration. Then later the modules recalculate the air back into the room through the filter itself. Moreover, the AC connectable module that filters the cooled air, sterilizes it and pass it into the room.

Air Curtains are made up of centrifugal forward curved blade. They are available in decorative, satin aluminum anodized finish as well as in stainless steel. Their cost-effectiveness makes them a preferred choice amongst others in competition

We deal in a various types of air curtains using mild steel, galvanized sheets, stainless steel, board laminates, etc. However specific sizes can also be provided by us as per the customer's applications. These air curtains provide thermal barrier to prevent heat transfer to and from premises. These also prevent dust or insect infiltration into usable space.

Features :

• Switch control
• Fireproof metal body
• Super slim design saves space
• Available in decorative, satin aluminum anodized and stainless steel finish

Strip Air Curtain

The strip air curtain that we offer has almost limitless applications. This is extensively beneficial in very large openings or single doorways. Our strip air curtains are commonly used where it is necessary to stop insects from entering a building to meet with FDA or NSF requirements. Bugs approaching the door way will be stopped by a screen of air that is too powerful to penetrate.

Key Features:

• PVC strip curtain maintains Humidity, Temperature and Hygiene during traffic movement through the doors.
• Reduces Heat or cold air loss by opening only wide enough to let a person or vehicle to pass through an then closing automatically.
• Restricts movements of Air pollutants such as dirt, dust and smoke.
• Restricts movements of Air pollutants such as dirt, dust and smoke.
• Transparency provides excellent visibility for through traffic.
• Increase employees comfort by keeping temperature and humidity under control.
• Isolates noisy machinery and equipment, work station and loading docks from other work areas.
• Provides bird and flying insect control outside or between work areas.
• Strong and durable, top quality PVC material features. Heavy duty strength and tear resistance for long life.

Clean Air Products’ standard softwall cleanrooms provide a number of benefits and advantages that make them an effective solution for any clean-critical application.

• High functionality
• Low cost
• Durable yet lightweight
• Modular designs for easy assembly and disassembly
• Easy to reconfigure or expand
• Portable and easy to relocate
• Two mounting options (freestanding or ceiling-hung)
• Ideal for smaller spaces

To meet your clean-critical requirements, we can provide softwall clean rooms in any classification between Class 100 (ISO 5) and Class 100,000 (ISO 8).

• 99.99% test on 0.3 micron HEPA filters
• Aluminum frame HEPA filters
• LED lights
• Clear curtains
• Filters and lights
• High-strength tubular steel frame with white baked-enamel finish

Our modular softwall clean rooms utilize motorized, ceiling-mounted HEPA filters and specialized LED cleanroom lights. Cleanrooms are fully enclosed by heavy-gauge, clear, polished-vinyl curtains. Curtains are installed in sections, with the tops sealed against the support frames and vertical seams overlapped to prevent contamination from infiltrating the clean room environment. Simply spread two curtain sections apart to enter or exit the cleanroom—curtains automatically re-seal as the two edges come back together.

Garment Storage Cabinet is one of essential equipment in any clean room. It is used to keep cleanroom garments, tools, wipes and other materials and plays important role in maintaining cleanliness of a cleanroom environment.

Filters

HEPA Filter

Cleanroom Fan Filter Units

Motor Blower

UV Lamps

Door

Polycarbonate Sheet

Polycarbonate is a thermoplastic that comes in a transparent sheet. It is incredibly tough and absorbs minimal moisture, making it resistant to impact damage as well as water damage. It's also flame-retardant and chemical resistant.

Acrylic Sheet

Acrylic is a transparent plastic material with outstanding strength, stiffness, and optical clarity. Acrylic sheet is easy to fabricate, bonds well with adhesives and solvents, and is easy to thermoform. It has superior weathering properties compared to many other transparent plastics. Acrylic sheet exhibits glass-like qualities—clarity, brilliance, and transparency—but at half the weight and many times the impact resistance of glass. From durable signs and skylights, to eye-catching retail store fixtures, displays and shelves, acrylic plastics provide outstanding versatility, durability, and aesthetic qualities.

Mobile Trolley

Chemical Bench

Lab Coats

Cleanroom Shoes

Shoe Covers

Face Mask

Hair Caps

Gloves

Wipes

Tacky Mats