Laboratory Equipment

 

We are successfully ranked amongst the top distributors, exporters, traders and suppliers of finest quality array of Digital Compression Testing Machine. This is specially designed to conduct compression and crushing strength tests on Containers, Concrete cubes & cylinders, hollow blocks and various other materials. Suitable for conduct in Cold Crushing Strength test on refractory specimens, these testing machines is thoroughly examined by our vendors on predetermined parameters before dispatch to our clients. Model: K/CTM/2000/Channel We distribute, export, trade and supply a high grade Digital compression Testing Machine. Having 2000KN (200 Tons)/ 3000 KN (300 Tons) capacity (Two Pillar Model), this electrically operated machine is available with digital load indicator fitted and accuracy of 1KN. Our machine is moulded by our reputed and certified vendors using the finest quality raw material and modern machines. This is appreciated for its diverse features like utmost durability, low maintenance and a longer service life.

Specification: Used for the compaction of concrete samples in a mould. Generally the vibratory hammer is found to be a much faster & quicker method as compared to impact hammering. The vibratory hammers are supplied with 1 tamping feet & 1 shank.
Used for determination of the relative quantity of mixing water that will bleed from a sample of freshly mixed concrete.
Dimensions : 290 x 255 x 350 mm
Weight (approx.) : 40 kg

Manual Flow Table for determining consistency (flow) and preparing mortars of standard consistency for testing. The Manual Flow Table provides reliable results and is recommended for applications where strict adherence to standards is not essential. Flow Table has 10in (254mm) diameter rigid cast bronze table supported in cast iron frame. Base and special drive motor bracket mount to the concrete pedestal. Concrete pedestal not included. Included cast bronze flow mold has 2.75/4in (70/102mm) top/bottom ID with a collar.

Features:

• Cast bronze table supported in cast iron frame
• Mounts to the concrete pedestal

With years of successful experience our company is manufacturing Gyratory Sieve Shaker Machines, offering worry free performance for long hours of continuous working. With using advanced manufacturing technology and high quality materials and parts, our Gyratory Motion Sieve Shakers have been acclaimed by many industry experts worldwide. Due to excellent working performance, these units are much in demand today and available on the market at great price with instant delivery. Combining world-class and unmatched quality with an economical price, our Indian make Gyratory Sieve Shaker machine can fulfill your laboratory needs while still offering a great value for the money.

 

The Laboratory Concrete Mixer is used for preparing Mix Design of Concrete. It consists of a steel vessel of 55/ 110 Litres capacity, mounted on a frame. The vessel is rotated at 20-22 RPM with the help of a motor and a pulley arrangement.

Stainless Steel Laboratory Scoops is made with one pointy end and one blunt end. This type of functional design allows for digging out and handling of small quantities of substances. Stainless Steel Laboratory Scoops is used for accurately dispensing powders and granules hygienically in the laboratory. It is suitable for any hygienic application.

Stainless Steel Laboratory Scoops is made of superior grade stainless steel which is resistant to corrosion, chemical abrasion and also easy to use and handle as all its parts are welded by Argon welding. Its well-designed look gives elegant and aesthetic finish.

Steel Laboratory Scoops is 100% quality checked and tested since it is manufactured by the latest well-equipped CNC machinery and latest techniques like cutting and bending and for any other structural flaws by our highly qualified professional staff according to Indian and international industry standards guidelines.

At S.N Scientific Solution, by using cutting edge industrial manufacturing methods and quality controls through production sections we confirm that customers get prime Stainless Steel Laboratory Scoops custom-made to client's requirements. Each pharmaceutical product is developed as per the ISO standards and pharmaceutically is safe and hygienic.

Procter Mould 100mm 150mm With Rammer Powdeer Coated & Zink.

Integral Proving Ring

 

The Proving Rings are made up of special steel, carefully forged to give maximum strength and machined to give high sensitivity commensurate with stability, ensuring long life and accuracy. All proving rings are integral type viz. the loading (outside) bosses are forged integral with the ring body. This ensures that there is no possibility of abutment shift and consequent loss of accuracy in reading that always exists with bolted abutments. Repeatability in these Proving Rings is as stipulated in IS:4169.The rings are supplied complete with dial gauge and Works Calibration Chart, individually packed in polished wooden boxes. National Physical Laboratory (NPL), (India)/ National Council for Cement & Building Material (NCCBM )Calibration can also be arranged for any proving ring at an additional cost. Proving rings to meet special requirements are also available on request.Separate polished and ground pair of Loading Pads for Compression Proving Rings and pair of Shackles for Tension Proving Rings are provided to suit each proving ring.

 

Models available:

 

The Sand Absorption Cone And Tamper is used in determining the specific gravity and water absorption of fine aggregates smaller than 10 mm. The apparatus is manufactured from plated steel for protection against corrosion.
 Sand Absorption (Abraham Cone) Set consist of following equipments;• Absorption Abraham Cone• Tamping Rod
Specifications



Abraham Cone Upper Dia


40 mm



Abraham Cone Lower Dia


75 mm



Tamping Rod Base Dia


25 mm



Tamping Rod Height


180 mm



Dimensions


90x90x180 mm



Weight


0,6 kg

Specific gravity is the basis of methods used throughout history to concentrate ores. Panning, jigging, shaking, spiral separation, and heavy-medium separation are among the methods that depend on differences in specific gravity to obtain concentrated ore. Specific gravity is highest in rocks rich in iron, magnesium oxide, and the heavy metals and lowest in those rich in alkalies, silica, and water.