Laboratory Equipment

Digital Differential Pressure Gauge is a part replacement for Analog Type Magnehelic Gauges. The digital differential pressure gauge finds immense use in measuring the differential pressure across 2 clean rooms or corridor & HVAC applications including Laminar Air Flow Cabinets, Biosafety Cabinets, Pass Box, Fan Filter Units, etc. It is available in a smart M.S. Powder Coated Cabinet with a Stainless Steel Front Flush Plate for mounting into Modular Clean Room Walls & Brick Walls. The Digital Differential Pressure Gauge is a high accuracy Gauge with an easy to read digital 7 Segment , 4 Digit Red LED Display. Accuracy of the instrument is unmatched at +/-0.5% F.S. Options include 4-20mA Analog Output Re-transmission & also an isolated RS 485 Modbus Communication for connecting to BMS & SCADA Applications. Power Supply options include an industry standard 24 V.D.C. Input Supply & also a direct 230 V.A.C. supply model. Integrated Buzzer Alarm for Process Violation Alert is a standard feature . Additional models in the Digital Differential Pressure Gauge also include 1 or 2 relay outputs in IP 65 ABS Plastic Enclosures for varied applications.

Motivated to accomplish utmost approval, we provide patrons with the superior quality of Bio Safety Cabinet. Its rich attributes such as consistent performance, easy installation and low maintenance, make the bio safety cabinet highly demanded. To avoid contamination of the work, the bio safety cabinet is used in various laboratories and research centers.

Features:

Personnel protection from harmful agents inside the cabinetSturdy construction and easy installation Protection from contaminants contained within the cabinet

Years of understanding of this domain, has helped us in presenting the finest quality of Laboratory Biosafety Cabinet. For the purpose of protection from harmful agents inside the cabinet the laboratory biosafety cabinet is used. Known for its easy installation, compact design and enhanced functional life, the laboratory biosafety cabinets are fabricated by using modern machinery.
Features:
Avoid contamination of the work and experiment
Environmental protection from contaminants contained within the cabinet
Easy installation
 
How Biological Safety Cabinets Are Classified?
Classification is an important consideration in the selection of any biological safety cabinet
Over the years, the scientific community has adopted commonly accepted classification criteria to differentiate containment capabilities and performance attributes
Biological safety cabinets are divided into three classifications

Class I - Personnel and Environmental Protection Only:
The Class I biological safety cabinet is designed to provide personnel and environmental protection only
A Class I cabinet does not protect the product from contamination because dirty room air constantly enters the cabinet front to flow across the work surface
As a partial containment unit, the Class I cabinet is suitable for work involving low to moderate risk agents (bio safety levels 1, 2 and 3) where there is a need for containment, but not for product protection
Unlike conventional fume hoods, the HEPA filter in the Class I cabinet protects the environment by filtering air before it is exhausted
Personnel protection is made possible by constant movement of air into the cabinet and away from the user

Class II - Product, Personnel and Environmental Protection:
A Class II cabinet must meet requirements for the protection of product, personnel and the environment
This type of cabinet is widely used in clinical, hospital, life science, research and pharmaceutical laboratories
In general, cabinets are classified according to the method by which air volumes are recirculated or exhausted
The Class II biological safety cabinet has three key features
A front access opening with carefully maintained inward airflow
HEPA-filtered, vertical, unidirectional airflow within the work area
HEPA-filtered exhaust air to the room or exhaust to a facility exhaust system
Vertical, unidirectional airflow and a front access opening are common to most Class II cabinets
But, because Class II designs permit different airflow patterns, velocities, HEPA air filter position, ventilation rates and exhaust methods

Classification:
Cabinets previously classified as Class II, Type A/B3 are now classified as Class II, Type A2
These bio safety cabinets may be exhausted to the room, or connected to a facility exhaust system via a "canopy" connection (NSF recommends a canopy connection for cabinets exhausted to the outdoors)
The Class II, Type B3 classification no longer exists for new units
It is important to understand differences in cabinet Type in order to select the proper cabinet for your application
Note: All Madhav biological safety cabinets provide containment and protection from airborne particulates for personnel, the work area, and the environment

We provide patrons with the superior quality of Dispensing Booth. Appreciated for its compact design, easy installation and high performance, the laboratory dispensing booth is fabricated by using latest machinery. Used for for filling, refilling, weighing and sampling, the laboratory dispensing booth is used in various scientific laboratories.

Features:

• Easy installation and compact design
• Enhanced functional life
• Low maintenance and sturdy construction

Known as first among the best, we provide the patrons with the superior quality of Laboratory Fume Hood. Used as ventilation device in various industrial applications, the laboratory fume hood is known for its easy installation and excellent ventilation efficiency. For purifying the dangerous fumes, the laboratory fume hood is used in different industrial area.

Features:

• High ventilation efficiency
• Purifies the harmful gases in laboratories
• Easy to install and maintain
• Consistent performance and longer functional life