Construction: This Prefilters are built into either 18 Guage Aluminium / SS 304 material. The filter can be easily washed or soaked in addition with detergent and then gently given an air pressure to dry it in the atmosphere.
Application: The Prefilters are generally used for comfort and non criticle Industrial applications, (acts as a fresh air filter in Air Handling Units) prior to fine filters, and can be easily mounted in the handling units or banks, generally used in commercial
Testing: The Prefilters are randomly tested as per Ashrae 52.2 Synthetic Dust Load and Dustspot procedures Efficiency test with Air Velocities and Static Pressure drops are measured at our premisis on the TESTING RIG.
Construction: This Microvee Filters are built into either 18 Guage Aluminium / SS304 GI Construction.The filter are washable filter.
Application: The Microvee Filters are generally used in in Industrial and Pharmaceutical application in criticle areas where relatively dust free air is required and it acts as a prefilter prior to Absolute (HEPA) filters and can be easily mounted in the handling units or banks.
Testing: The Microvee Filters are randomly tested as per Ashrae 52.2 Synthetic Dust Load and Dust Spot procedures Efficiency test with Air Velocities and Static Pressure drops are measured at our premisis on the TESTING
High Efficiency Particulate Air Filters are the most efficient air filters commercially available.
Fine Airsys Hepa Filters are built into 18 guage Aluminium SS construction also known as absolute filters with eceptionally high efficiency .7 or . down to 0. Microns. Hepa Filters are generally tested by Hot DP (Dioctyl Pthelite) Test or PA Test (Poly Alpha lefin) as per MIL STD 282. Glass fiber paper media separated by piece of corrugated material generally used Aluminium to keep resistance media velocity. The filters pack separators are sealed with fire retardant Polyeurathene Sealants. hen dry hardened providing positive seal for leakage. Also tightened. Super Hepa .7 down to 0. filters are same built as conventional filters but having doubled the capacity with same initial pressure drop.
We also manufacture E 8 E filters i.e. 50 65 Semi Hepa respectively
Application: A must use in pharmaceutical biotech industries semi conductors manufactures hospitals and laboratories. The filter can also be used in Laminar ow applications.
HIGH TEMP HEPA FILTERS range from 100 to 500 C. Filters has a range of super hepa filters also. ur unique constructional design ensures leakfree performance during heating cycles. HEPA
Mini Pleat hepa are designed to meet the needs of critical application where Hepa filtration is required. They are Rated as H13/ H14 Grade. The pressure drop is much lower as compared to conventional filters hence leading to power consumption savings.
Filter Media And Construction:- Media Type:
Fire Retardant, Microfine glass fibre media
– Frame:
MINI PLEAT HEPA
– Salient Features:
– Main Advantages:
Combi Filter is a combination of pre and fine filter. The fabrication of filter frame is a dual one, which houses both pre filter and fine filter.
– Filter Edia And Construction:
Media type: Synthetic Media for both filters sandwitched between two layers of HDPE media.
Frame: Aluminium SS.
Media edge sealing: Ultrasonically welded either press type or stitch type and regular stitching.
Construction: box type / flange type Leak proof.
– Salient Features:
– Main Adantages:
Reducing airborne bacteria in the operating theatre is a vital key to a successful surgery.
Now you can cut dramatically the incidence of deep sepsis in orthopaedic surgery, with similar benefits in such fields as neurosurgery and ophthalmology.
peration Theatre Modules provides obvious health and financial benefits to your patient and the hospital. The Module is easily retrofied to the ceiling or within the ceiling void of existing operating theatres.
A controlled column of ultra clean air is delivered down over operating table, your surgical team and their euipment. It then moves radically outwards and up to the return air intakes.
lean Air is delivered through HEPA filters fixed in the plenum. SS 304 perforated sheet is provided under the HEPA Filters
Many microbiological and cell culture laboratories require highly sterile working environment for performing research activities and laminar air flow cabinets are the best solution for them. Often called laminar air flow chambers or laminar air flow workstations, these cabinets are designed to keep contents of the work zone safe from particulates that are sensitive to such contamination.
A laminar air flow cabinet maintains a unidirectional flow of HEPA-filtered air over the work area and protects the working environment from dust and other air-born particulates. The flow can be horizontal (parallel to the work surface) or vertical (from top to the work surface). Both the air flow types have their own significance in
research.
WE ALSO MANUFACTURE SAMPLINGS & DISPENSING BOOTHS.
Specification
Class 2 Biosafety Cabinets are designed to provide protection to operator, environment and materials inside the workspace. These Class II BSCs are utilized for containing low-to-moderate risk biohazardous materials. These cabinets have downward airflow and HEPA filters that re-circulate air providing required level of protection from microorganisms and aerosols. As these cabinets are extensively used in drug preparation, chemotherapy preparation, clinical research, medical and pharmaceutical sectors, life science and industrial laboratories etc. it must follow relevant application specific standards.
– Types Of Class 2 Biosafety Cabinet:
In order to meet varying research and clinical needs, Class II Biosafety Cabinets are designed mostly in 3 types i.e. Type A2, Type B1, and Type B2. Regardless of type, each cabinet provides the same level of protection. According to international sanitation standards, there are exactly same pass and fail criteria for all of them.
– Biosafety Cabinet Class 2 Type A2:
In this type of Class II BSC, approximately 70% of the HEPA filtered air is circulated through the cabinet, while 30% passes through an exhaust HEPA filter and is discharged.
– Biosafety Cabinet Class 2 Type B1:
This Class II BSC, exhausts 60% – 70% of the HEPA filtered air, while 30% – 40% air is re-circulated inside workspace through HEPA filter.
– Biosafety Cabinet Class 2 Type B2:
It is total exhaust type BSC, no re-circulation inside workspace; blower exhausts 100% of the filtered air.
Dynamic Pass Box equipment are made of G.I powder coated or high grades stainless steel (304 / 316 / 316 L) with international quality standard components including mechanically or dynamic pass box equipment are equipped with suction filter made of stainless steel with 95% down to 5µ efficiency (EU-5 rating) and supply filter made of aluminum with 99.997% down to 0.3µ (EU-14 Rating.) An interlock guard system controls the inlet and the outlet of PASS BOX not be opened at the same time, in order to prevent the cross contamination
Specification
its static pass box equipment, fabricated with G.I powder coated or 304 / 316 grades stainless steel and high quality components and are capable of eradicating pollutants completely from the air. These static pass boxes are installed in manufacturing areas and filter the incoming air in order to keep the air free from dust and other contaminants. With UV light along with hour meter, Fluorescent light, buzzer indicator to know the material is kept inside and indicating lamp, these static pass boxes provide excellent working performance in the clean room unit.
for gasket seal Hepa filters are side loading filter housing which have been designed to meet due air filtration needs of industries and research facilities which handles dangerous, toxic, biological or carcinogenic material to minimize exposure to this harmful own termination while replacing and handling dirty filters Special Enclosure housing is built by Fine Airsys for above purpose. STD S.3 ES of BIBO are available as per cfm require.
The casing Material can be either M.S Powder coated or SS 304 as required.