Description
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Sieve Shaker Electrical Table Model (Only For 8” Dia Sieve)
Sieve shakers are used to measure particle size as part of your research or quality control applications.
Sieve shakers provide uniform motion to ensure the reproducible results you can’t get from hand sieving. Electrically operated Fitted with Electric Motor inside the Body having speed regulator to increase of discrease the vibration. The table sieve shaker having the capacity of 8 Sieves.
Related products
BOD Incubator
Specification
BOD Incubator is designed for low temperature incubation and determination of Bio Chemical Oxygen Demand (B.O.D). The BOD Incubator comes with a double wall construction. The Inner chamber is made of richly anodized aluminum or highly polished stainless steel with two / three removable perforated shelves. The exterior chamber of the BOD Incubator is made of thick mild steel sheet duly finished in enamel paint. Outer double wall door is provided with magnetic gasket and lock & key arrangement. The inner door is made out of clear acrylic sheet allowing inspection of material in the chamber without disturbing the chamber temperature. Door operated inner illumination has been provided. The gap between walls of equipment are filled with glass wool for temperature insulation. The cabinet is mounted on castors. The temperature in the BOD Incubator is controlled by a sensitive thermostat from 5oC to 50oC ± 1oC. For lower temperature working, a standard cooling unit with sealed compressor with protective devices has been provided below the chamber for safe and efficient working. Heating arrangement has made within the chamber for higher temperature. Inner air circulating system is provided to achieve uniform temperature in the whole chamber.| Inner Chamber Size | Cap. | Material |
|---|---|---|
| 455 x 410 x 610 mm | 4cu. Ft. or 112 Ltr. | Aluminium |
| 455 x 410 x 610 mm | 4cu. Ft. or 112 Ltr. | S.S. |
| 505 x 451 x 830 mm | 6cu. Ft. or 171 Ltr. | Aluminium |
| 505 x 451 x 830 mm | 6cu. Ft. or 171 Ltr. | S.S. |
| 565 x 565 x 865 mm | 10cu. Ft. or 280 Ltr. | Aluminium |
| 565 x 565 x 865 mm | 10cu. Ft. or 280 Ltr. | S.S. |
Optional
Timer 0-24 hours day night cycle. Internal illumination with 3 fluorescent tubes. Digital temp. Indicator-cum-Controller.
Orbital Shaking Incubator cum B.O.D
Specification
Orbital shaking incubator cum B.O.D incubator is specifically designed to controlled incubation with orbital shaking arrangement with powerful geared motor for many labotatory procedures such as tissue culture, fermentations studies, enzyme reactions, growth studies etc. The outer chamber is made up of M.S sheet duly powder coated & inner chamber is made of thick S.S. sheet. The gap between wall is fitted with high grade glass wool to avoid thermal loss. The plexi glass window provided to inspect the specimen without disturbing the inner temp. The incubator is illuminated with one door operated or panel operated flurescent tube. The unit has a temp. Range from 5°C to 60°C. The temperature is controlled by Dual Display Microprocessor PID Temperature Indicator cum Controller with a accurancy of + 0.5°C. Air circulation fan is provided to maintain stability throughout. The speed of shaker is variable from 30 RPM to 250 RPM. The tray of the shaker is also made of S.S sheet with lotus type clamps to hold flasks. The unit is fitted with Digital RPM meter, 999 min digital timer.Optional Accessories
Timer 0-24 Hours. Automatic voltage stabilizer 3KVA (Most rec.).Size
16 Flasks of 500ml. 25 Flasks of 250ml. 36 Flasks of 100ml.
Sterility Test Apparatus (S.S Manifold)
It consists of Stainless steel holders in the manifold of 3 of 6 to hold 47 mm dia membrane filters, the tops of the holders are connected to the outlets of flushing tube with silicone tubing and glass top cock.
A vacuum resistant flask or wolf bottle must be placed between the manifold and vacuum pump.
(Supplied without wolf bottle and vacuum/pressure pump).
These units are used for sterility testing when the membranes filter is to be removed from the holder for incubation in culture media.
Filtration area is 12.5 cm and has a holding capacity of 250ml.
Though the only vacuum is required for filtration, some pressure is required for flushing liquids.
SPECIFICATIONS
| Material: | Stainless Steel | |
| Branch Test: | 3 Dia. 47mm | |
| Filtration Area: | 12.5 cm | |
| Holding Capacity: | 250 ml |
FEATURES
Robust design. Easy to use. Rustproof.APPLICATION
For microbiology, biochemistry, hydrobiology (DNA/RNA). Beverage analysis & food testing. Protein binding, gravimetric analysis, coliform, yeast, mould total bacteria & sterility testing. Ideal for water & wastewater analysis. Residue precipitate analysis and contamination tests. General Liquid Filtration.Single Test (Filter Holder S.S) Three Test
Bacteriological Incubator
Specification
Standard Double Wall Fabrication, inner & outer chamber made of thick mild steel sheet. Painted with hammer tone paint finish. The gap between the walls is fitted with special grade glass wool. Provided with two or three removable shelves. Heating elements provided on three sides to attain quick and uniform heating in range of 30°C to 110°C + 1°C controlled by hydraulic type capillary thermostat. An L- Shaped prismatic thermometer is fitted to the unit for reading the chamber temperature. Equipment suitable to be working on 220V AC 50Hz single phase.Optional
Air circulating fan. Timer 0-24 hours.| Chamber Size In mms | Chamber Size | Cap. (App.) |
|---|---|---|
| 300x300x300 | (12"x12"x12") | 28L |
| 350x350x350 | (14"x14"x14") | 45L |
| 400x400x400 | (16"x16"x16") | 65L |
| 450x450x450 | (18"x18"x18") | 95L |
| 600x450x450 | (24"x18"x18") | 125L |
| 600x600x600 | (24"x24"x24") | 224L |
Permeability Cup
(S.S 304) 120mm Dia. Permeability cups for determining the water-vapor transmission of paints, varnishes, coatings, coating systems and related products.
The Permeability cup consists of a cup, seal ring and cover ring.
The seal ring is designed to prevent turning when closing the cover.
The Permeability cup is suitable for testing both self-supporting coating and non-self-supporting coatings. Water-vapor transmission is of interest for high humidity conditions.
The wet cup method is thus the reference method for determining water-vapor transmission, if agreed up on otherwise, other procedures or conditions the dry cup method may be used.
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