Testing Apparatus Dealers in Delhi

• Color: Metallic, Silver
• Surface Finshing: Polished
• Resistivity: Rust Resistant
• Material: Metal
• Application: Industrial
• Capacity: 50 Kn (5000 Kg)

The company is known as a prominent Manufacturer and Supplier of CBR Test Apparatus. The CBR Test Apparatus can be handy in the determination of the load carrying capacity in the laboratories. The CBR Test Apparatus comes into play in specific conditions where the in-place density and water content are such that the saturation degree is more than or equal to 80%. The material is without cohesion and is basically coarse grained as well.Components : Load frame (hand operated, motorized, single speed motorized, three speed motorized) capacity 50 KN (5000 kg) with high and low rate of travel of the lead screw Mold 150mm internal dia, 175 mm high Penetration piston, face dia 50 mm with adjustable bracket for dial gauge Circular metal spacer disc, 148 mm dia x 47.7 mm high with detachable handle Annular metal weight 2.5 kg, 147 mm dia with 53 mm dia hole Slotted metal weight 2.5 kg, 147 mm dia with 53 mm slot Perforated plate, 148 mm dia with adjustable stem and lock nut brass Metal tripod for dial gauge Cutting collar for obtaining sample from field Rammer 2.6 kg x 310 mm controlled drop through guide Rammer 4.89 kg x 450 mm controlled drop through guide Proving ring 5000 kg, equipped with dial gauge Strain dial gauge least count 0.01 mm x 25 mm travel

Buy precision-engineered and high in performance Magnetic Stirrer Without Hot Plate from us at market leading prices. We are one of the leading Manufacturers, Exporters and Suppliers of Marshall Stability Test Apparatus. Reckoned for its user-friendliness, smooth operation and reliability, our Marshall Stability Test Apparatus is among the best in the market. We provide it as per specifications given by customers. Our prices are reasonable and we offer discounts.  More About Marshall Stability Test Apparatus : This apparatus is used for test, which is applicable to hot mix designs using bitumen and aggregates up to a maximum size of 25 mm. In this method, the resistance to plastic deformation of cylindrical specimen of bituminous mixture is measured when the same is loaded at periphery at 5 cm per min. This test procedure is used in designing and evaluating bituminous paving mixes. The test procedure is extensively used in routine test programs for paving jobs. There are two major features of the Marshall method of designing mixes namely, a) density – voids analysis b) Stability – flow tests. The Marshall stability of mix is defined as a maximum load carried by a compacted specimen at a standard test temperature of 60ºC. The flow value is deformation the Marshall Test specimen under goes during the loading up to the maximum load, 0.25 mm units. In this test and attempt is made to determine optimum binder content for the type of aggregate mix and traffic intensity.   Loading Frame : Capacity 50 KN (5000 kgf.) motorized, with two telescopic pillars and an adjustable cross head. Limit switches are fitted inside to control upward or downward movement of the pillars. On-off reversing switch and indicator lamps are on the front side while a hand wheel to manually move the pillars is on the right. Electrically operated having constant rate of strain 50.8mm/minute Suitable for operation on 220/230 Volts Single phase A.C. Supply The apparatus consists of : Compaction Mould - Complete with Specimen mould 10.16cm I.D. x 7.6cm high with interchangeable collar and base plate duly chromium plated as per latest standard.  Sample Extractor - Used to extract sample from mould consists of a thrust plate and loading bar.  Compaction Pedestal - Consists of compaction rammer having 4.5 kg weight with a free fall of 457mm used with compaction pedestal comprises a wooden block capped with a steel plate and mould assembly  Breaking Head - Consists of upper and lower cylindrical segment of test head having inside radius of curvature 5cm.  Optional Accessories : Integral type Proving Ring capacity 3000 kgs. A dial gauge 0.01 x 25mm Universal Water Bath S.S. with false bottom and pyramid shaped lid to accommodate 3 Nos. Marshall specimen Thermometer 0 - 250oC x 1oC

This test is necessary for drainage application. The permeameters can be of parallel flow or radial flow type. In either case, flow occurs along the plane of the permeamatre. In the apparatus, flow occurs radically outwards, from a central hole to the periphery of a circular specimen. The transmissivity is defined as the volumetric rate of flow per unit width of geotextile and unit hydraulic head. Essential Accessories Overhead Tank Loading unit, 300 kPa capacity

• Integral type proving Ring capacity: 3000Kgs
• A dial gauge: 0.01 x 25mm.

Originally developed by Bruce Marshall, a highway engineer in U.S.A later on standardized by ASTM. Generally the test is applicable to hot mix designs using bitumen and aggregates upto a maximum size of 25mm. In this method, the resistance to plastic deformation of cylindrical specimen of bituminous mixture is measured when the same is loaded at periphery at 5cm per min. This test procedure is used in designing and evaluating bituminous paving mixes. The test procedure is extensively used in routine test programmers for paving jobs. There are two major features of the Marshall method of designing mixes namely. a) densityvoids analysis, b) Stability-flow tests. The Marshall stability of mix is defined as a maximum load carried by a 0 compacted specimen at a standard test temperature of 60 C. The flow value is deformation the Marshall test specimen at under goes during the loading upto the maximum load, in 0.25 mm units. In this test and attempt is made to determine optimum binder content for the type of aggregate mix and traffic intensity.

• Material: Mild Steel
• Color: Blue
• Automation Grade: Manual
• Brand Name: Edufirst Enterprises
• Model Name/Number: EDF/IND-CST-13

Standard proctor and mould

• Automation Grade: Semi-Automatic
• Voltage: 220
• Country of Origin: Made in India
• Material: Mild Steel
• Usage/Application: Laboratory
• Phase: SINGLE
• Brand Name: SBSW

Product Code: EKE 895This test is performed to measure the short-term strength of an installed Rockbolt under field conditions. The strength is measured by a pull test in which bolt head displacement is measured as a function of applied bolt load to give a load- displacement curve. This test is usually employed to assess the performance of the Rockbolt anchor resulting out of the quality of material used for manufacture of Rockbolt and installation method used. The test equipment consists of a manually operated hydraulic pump connected to hydraulic jack, having a high strength test rod, coupled to the Rockbolt under test. The anchor is tested by measuring the load until a total displacement greater than 40 mm has been recorded or until the bolt yield or fractures, if this occurs first. The readings of displacement are taken in increments of approx. 5 kN load or 5 mm displacement whichever occurs first. The rate of load application should be in the range 5- 1 0 kN/min. Readings are only taken after both load and displacement have stabilised. The time required for stabilisation should be recordedDetails Pullout Test Apparatus 500 kN (50 Tonnes) Consists of following: EKE 89001 Hydraulic Centre Hole Jack 500 kN (50 Tonnes) capacity with 54 mm Centre Hole, 150 mm Ram Travel, Double Acting EKE 89005 Hand Operated, two Stage Pump EKE 89007 Thermoplastic Hose, 6m long. with pair of quick couplings EKE 89010 Load Gauge 150 mm dia, 500 kN x 5 kN EKE 89011 Reaction Frame 500 kN capacity with 90mm hole at base EKE 89012 High Strength Test Rod, 40 mm dia EKE 89015 High Strength Coupling, having RH thread to suit Test Rod on one end and LH thread to suit 20mm dia Rockbolt on the other end EKE 89016 High Strength Coupling, having RH thread to suit Test Rod on one end and LH thread to suit 25mm dia Rockbolt on the other end EKE 89017 High Strength Coupling, having RH thread to suit Test Rod on one end and LH thread to suit 30mm dia Rockbolt on the other end EKE 89018 High Strength Coupling, having RH thread to suit Test Rod on one end and LH thread to suit 32mm dia Rockbolt on the other end EKE 072- Dial Gauge, 0.01 x 25 mm

From our wide consignment, we are offering to our patrons an optimum class variety of Unconfined Compression Test Apparatus. Features: • Perfect design • Exceptional finish • Fine quality

Soft and sensitive soils whose shear strength is less than 15 KN/m2, the results are dependent on operator's skill. Even pushing the sample tubes in soil may cause some disturbance. Experience shows that carefully controlled compression test results can be related to figures obtained by pushing a small vane in the soil and rotating it at a controlled rate and measuring the force, required for maximum resistance. Vane Shear Test can be conducted in a laboratory or in the field.

he fineness of cement has a significant effect in its physical properties when used in concrete. Generally the finer the cement powder, the more rapid the concrete will set, as there is an increase in its surface area. The measure of fineness is usually undertaken by sieving, and the result assessed against the cement standard for compliance. The Blaine air permeability apparatus is used to determine the fineness of Portland cement in terms of the specific surface expressed as total surface area in square centimeters per gram of cement. The Blaine apparatus draws a defined volume of air through a prepared bed of cement of defined porosity. The apparatus comprises one each of Brass or stainless steel permeability cell 12.5mm,’U’ tube manometer with stop cock mounted on a laminated wooden stand, perforated metal disc, plunger, Rubber stopper, Rubber tube – 30cm long with rubber bulb. Optional AccessoriesAt extra cost Balance with 0.001 gm resolution Stop Watch with 0.5-second resolution Manometer Liquid Whatman Filter Paper Filter Punch

Thanks to our immense expertise in this domain that allows us to deliver nothing short of the best quality Consolidation Test Apparatus. In order to settle the financial transaction with our clients through the transfer of monetary value, we offer diverse options including online and offline payment procedures.   Specifications : Set of weights to give a pressure of 10 kg/cm.sq. on 60 mm dia specimen, comprising: 7 Nos. 0.05 kg/sq.cm, 5 Nos. 0.1 kg/sq.cm., 6 Nos. 0.2 kg/sq.cm., 6 Nos. 0.5 kg/sq.cm., and 5 Nos. 1.0 kg/sq.cm. Accessories : Dial Gauge 0.002 mm x 10 mm. Extension piece, 40 mm long Optional Accessories : Varying head stand pipe, 50 cm. long with mm.scale Fixed ring type of consolidometer (Odeometer) cell assembly for 50 mm dia x 20 mm thick specimens complete with fixed ring guide ring, pair or porous stones, perforated pressure pad, channeled base, gasket and flanged water jacket Set of weights to give a pressure of 10 kg/sq.cm., on 50 cm. dia specimens Fixed ring type of consolidometer (Odeometer) cell assembly for 70 mm dia x 20 mm thick specimens, complete with accessories as above Set of weights to give a pressure of 10 kg/sq.cm., on 70 cm. dia specimens Fixed ring type of consolidometer (Odeometer) cell assembly for 100 mm dia x 25 mm thick specimens, complete with accessories as above Set of weights to give a pressure of 10 kg/sq.cm., on 100 mm. dia specimens SINGLE GANG THREE GANG

• Brand Name: Steco
• Capacity: 5000 Kg
• Dial Gauge: 0.01mm X 25mm travel
• Mould Size: 100 mm dia x 127.3 cm height X 1000 cc
• Deformation: 0-5 mm + / - 0.0001 mm

• Driven Type: Electric
• Color: Grey
• Condition: New
• Power: 0-100W
• Automation Grade: Automatic

Non-Combustibility Test Apparatus (BS 476 Part 4) – Fire Testing Equipment by KDM Global KDM Global is a leading manufacturer and supplier of Non-Combustibility Test Apparatus, fully compliant with BS 476 Part 4 standards. This advanced fire testing equipment is designed to determine the non-combustibility of materials used in construction and manufacturing. It helps assess whether a material will burn or release toxic fumes when exposed to flame, which is critical for ensuring fire safety in a variety of applications. The Non-Combustibility Test Apparatus is crucial for testing building materials, ensuring that only materials that meet rigorous fire safety regulations are used in construction projects. It is widely used in industries such as construction, automotive, railways, and manufacturing. Key Features: BS 476 Part 4 Compliance: Fully complies with BS 476 Part 4, ensuring that the apparatus meets international standards for determining material non-combustibility. Accurate Testing: Measures the ability of materials to withstand exposure to fire without combustion, providing reliable data on their fire resistance. User-Friendly Interface: Features intuitive controls and digital displays for easy operation and accurate results. Robust and Durable: Made with high-quality materials designed for long-lasting durability and consistent performance in high-temperature environments. Automated Testing: Reduces human error and ensures repeatable, reliable results with minimal manual intervention. Applications: Building Materials: Tests materials such as insulation, wall cladding, and floor coverings to evaluate their non-combustibility, ensuring fire safety in construction. Railway Industry: Assesses materials used in railway coaches, ensuring compliance with fire safety regulations for transport safety. Automotive Industry: Ensures that automotive components meet fire resistance standards, reducing the risk of combustion during a fire. Manufacturing: Used to test a variety of materials in the manufacturing process, ensuring they do not combust under extreme conditions. Research & Development: Ideal for laboratories and R&D facilities developing new materials with enhanced non-combustibility properties. Why Choose KDM Global’s Non-Combustibility Test Apparatus? Compliance with BS 476 Part 4: Meets the international standards for non-combustibility testing, ensuring globally recognized results. Accurate and Reliable: Provides precise and reproducible results for testing the fire resistance of materials under extreme conditions. Durability and Longevity: Built to last, ensuring consistent results and reliable performance even after years of use. Efficient Operation: The automated system ensures quick, repeatable tests with minimal manual effort. Versatility: Suitable for testing a wide range of materials in the construction, automotive, railway, and manufacturing industries. KDM Global’s Non-Combustibility Test Apparatus is an essential tool for evaluating the fire resistance of materials used in construction and manufacturing. With its BS 476 Part 4 compliance, it guarantees accurate and reliable testing to help companies meet global fire safety standards and regulations.

• Approx Price: Rs 75,000 /Piece

Owing to our excellent New Delhi(India), we efficiently make on-time deliveries to the customers. Counted amid the prominent names, we are making available world-class array of quality-centralized products from New Delhi(India).

• Type: Electrical Apparatus
• Certification: ISO 9001:2015
• Application: Hardness
• Weight: 40-50kg
• Color: Grey, Light White, White
• Voltage: 220V
• Condition: New
• Capacity: 4x4x9 Inches Muffle Furnace
• Power: 800-1600W
• Driven Type: Electric
• Temperature Range: 1000 Deg C
• Warranty: 1yrs
• Automation Grade: Semi Automatic
• Ambient: 1000 Deg C

• Type: Leak Test Apparatus
• Material: Mild Steel, Stainless Steel
• Application: Leak Testing
• Color: Brown, Grey, Light White, Silver
• Voltage: 110V, 220V, 380V, 440V, 480V, 580V
• Condition: New, Used
• Power: 1KV, 2KV, 500W, 750W
• Driven Type: Electric, Hydraulic, Mechanical, Pneumatic
• Phase: Double Phase, Single Phase, Triple Phase
• Warranty: 1yrs, 2yrs
• Temperature: 0-50°C, 100-200°C, 200-400°C, 50-100°C
• Vacuum range: 150-300mm, 300-600mm, 600-900mm