This is recommended only where inside condition air of jar is removed through vacuum pump and CO2 is filled in the jar through CO2 gas cylinder to generate anaerobic conducting in the jar. Transparent Anaerobic Culture Jar of 3.5 lit. capacity made of Polycarbonate. The lid of the jar is made of Aluminium Pressure die casting fitted with Pressure valve, Vacuum valve, Safety valve & Compound Pressure cum vaccum gauge, three finger aluminium clamp and sealing “O” ring and Air / Gas chuck. Supplied with: Petri Plate Carrier - Stainless steel for 10 petri Dishes. Test Tube Carrier - Stainless Steel.

Fumigators for Pharmaceutical, Food & Dairy, Biotech industries generate high density fog with droplets size of 5-15 microns, which helps in providing maximum thrust, deeper penetration & wide spread of aerosols. Some of the common application areas it is used in this industry include Injectable, Vaccines, Tablets, Parentrals, IV fluids, Medical devices, bulk drug manufacturing areas, QC & QA areas, Microbiology lab, R&D Center, Clinical drug trial centre, Tissue culture Laboratories, Pathology Laboratories and many more. Capacity 6 Ltr. Optional : Humidistat (To Control Humidity) (Knob Type) OR Digital Humidity Controller Mechanical Timer (0-60 minutes) OR Digital Timer 360° Rotation System

A handy, tough and direct dial reading type tablet hardness tester, working as pair of plairs, generates breaking force in single grip. The instrument offers accurate and reproducible result much faster other conventional hardness tester.

A handy, tough and direct dial reading type tablet hardness tester, working as pair of plairs, generates breaking force in single grip. The instrument offers accurate and reproducible result much faster other conventional hardness tester.

Positive pressure modules are designed to provide a clean area within a small enclosure or cell. These pressure module adopts the same as Laminar Air Flow Principle. It generate positive pressure where the Room is totally Closed. It provides a source of Fresh Air in the Room.

Most suitable for conducting various experiments on a variety of seeds under different conditions of temperature and humidity. Atmospheric conditions are created within the chamber. Double walled unit Inner chamber made of Stainless Steel and outer chamber of M.S. sheet duly painted & controlled by Digital Temperature controller-cum-Humidity Controller. Humidity is created in a S.S. water reservoir fitted at the bottom to provide RH Humidity Supplied complete with 12-14 adjustable wiremesh trays with Exterior lighting arrangement on both sides.

Most suitable for conducting various experiments on a variety of seeds under different conditions of temperature and humidity. Atmospheric conditions are created within the chamber. Double walled unit Inner chamber made of Stainless Steel and outer chamber of M.S. sheet duly painted & controlled by Digital Temperature controller-cum-Humidity Controller. Humidity is created in a S.S. water reservoir fitted at the bottom to provide RH Humidity Supplied complete with 12-14 adjustable wiremesh trays with Exterior lighting arrangement on both sides. Specification Temperature range : 5°C to 50°C Temperature Accuracy : ± 1°C RH Humidity : 90% to 95% ± 3% Power Supply : 220/230 volts A.C. Supply. Inside Chamber Size: (W x D x H) 600 x 600 x 900 mm (24“ x 24” x 36")

Hydrothermal Reactor mainly made up of two parts; outer high-quality Stainless Steel jacket and inner Teflon liner or Teflon chamber. In the Teflon-lined autoclave, the reaction is carried out at maximum 240°C while the safe temperature is 200°C. Reactors and Autoclaves containing liquid media are subjected to 2000 PSI pressure and temperature less than 200°C and after that two routes can be followed for the formation of ferrites by Hydrothermal reactions. There are significant advantages of Hydrothermal synthesis method over others. Hydrothermal synthesis can generate nanomaterials which are not stable at elevated temperatures. Nanomaterials with high vapor pressures can be produced by the Hydrothermal method with minimum loss of materials.