Laminar Air Flow

Product Details:

PSI-045 Vertical Laminar Air Flow:

We have to require the semiconsuctorcomprehensive range of high-performance vertical Laminar. Flow clean air cabinets. Modular construction, combining aesthetic appeal with functional utility and efficiency. These are designed to meet the filtration, illumination, Noise & Vibration requirements and US Federal Standard 209 B (BS 5295) Providing air to meet class 100 (class I) conditions, to the extent applicable.It is Ideal for microbiological manipulations. work with bioassays sterility testing & research work. vial filling & bunging operation in parenteral units & for general dry-processemiconductor industry etc. Provides a comfortable 'sit down' working position for the operators.

 

Construction :

All laminar flow clean air cabinets are basically constructed out of thick CRC sheet - powder coated or thick teak wood board which is termite and insect proof. The work table is made of S.S.304 and side panels of thick transparent plexiglass.

 

Air Flow And Filtration:

Laminar flow principle involves double filtration of air. Atmospheric air is drawn through pre-filter and is made to pass through highly effective HEPA (High-Efficiency Particulate Air) Filters having the efficiency rating as high as 99.99% with cold Dand 99.97% with hot DOP, thus retaining all airborne particles of size 0.3 micron and larger. Double filtered air blows in laminar flow through the work table at the DB designed velocity of 90 ft. min ± 20%.

 

Blower Motor Assembly:

Duly balanced, direct drive motor blower units sized to provide adequate airflow volume over the entire surface of HEPA filter.Fitted with standard make motor and operates with minimum noise level i.e. lower than 6dB on scale and vibration less than 2.5 um.

Lighting:

• Work area properly illuminated by diffused, glare-free fluorescent Light.

 

Available Working Size Rate

• 2ft x 2ft x 2ft 
• 3ft x 2ft x 2ft 
• 4ft x 2ft x 2ft 
• 6ft x 2ft x 2ft

Product Details:

A laminar flow cabinet or tissue culture hood is a carefully enclosed bench designed to prevent contamination of semiconductor wafers, biological samples, or any particle sensitive materials.

Product Details:

Horizontal Laminar Airflow System ideal for Microbiological manipulations, work with bio-assays, sterility testing, and research work; Vial filling and bunging operations in parenteral units and general dry processing work in semiconductor manufacture and Tissue culture work. Horizontal Laminar Airflow (unidirectional Airflow) is a confined area moving in a uniform velocity along parallel flow lines. A continuous wash of HEPA/ULPA filtered Air moving horizontally across the work area. The uniform stream of air filtered air moves forward over the work surface from the rear of the work area. The airflow across the work area directly at the user and exhausts into the surrounding area.

Working Size :

• 2ft x 2ft x 2ft
• 3ft x 2ft x 2ft 
• 4ft x 2ft x 2ft 
• 6ft x 2ft x 2ft 

Additional Information:

• Item Code: PSI-045

Product Details:

We are offering Reverse Laminar Air Flow to our Clients.

Main design features:

The work area is separated from the external environment by the following devices:

• The reverse laminar flow booth is formed by a stainless steel; AISI 304 scotch brite finished self-supporting structure, provided with rounded corners for easy cleaning.
• A negative pressure inside the booth prevents the escape of fine powder from the work area towards the external environment.
• A perforated diffuser panel made of stainless steel shields the upper filtration area.
• 5/15 amps electrical points on the panel
• CFL lighting through diffuser provided on the panel
• Internal height can be adjusted as per requirements. Standard height is 6’/1830 mm.

 

Motor / Blower assembly: Direct drive, continuous duty ¼ HP with sealed bearings. Motor assembly is mounted on FRP casing to reduce noise vibration and is dynamically balanced.

Size Rate

• 3’ X 2’ X 6’ 
• 4’ X 2’ X 6’ 

Product Details:

Laminar airflow is defined as air moving at the same speed and in the same direction, with no or minimal cross-over of air streams . By contrast, turbulent flow creates swirls and eddies that deposit particles on surfaces randomly and unpredictably.