Tensile Testing Machine Dealers in Ambala

Tensile Testing Machine with Electronic Display For Testing Lab   NAUGRALABS LABORATORY PRODUCT NAME: TENSILE TESTING MACHINE WITH ELECTRONIC DISPLAY FOR TESTING LAB NaugraLabs Laboratory Product Code: NLE-Export-111022 Description and Specification for Lab Tenders Tensile Testing Machine with Electronic Display.  Machine Type Single Arm Column Max Load Capacity 5kN [2% ~ 100% of total test load (100N~1000N)] Basic Test type Tensile, bending, compressing etc. Specimen shape Flat, Block,Round stick etc. Crosshead displacement velocity 0.005mm/m in ~ 500mm/min stepless control Accuracy Better than 1% Resolution 0.01mm Dimension of Load frame 500mmx400mmx1430mm Net Weight of Main body 150kG Power Supply 220V 50Hz  Steel & Metal Mechanics Lab equipment manufacturers,exporters and Steel & Metal Mechanics Lab suppliers

Lea Strength Tester - The lea strength of yarn is one of the major properties on which the suitability of yarn for its ultimate end use depends. & The test for determination of lea strength consists of making a lea from the yarn with the help of a warp reel and testing it on the lea strength tester, which registers the maximum load at which the lea starts unraveling. & The Lea Strength Tester is constructed on a study fabricated steel structure with a heavy base plate which can be directly placed on the ground. The lea is placed between two pins, one of which is moving and the other is attached to a load measuring arrangement. The moving pin is driven through a screw arrangement driven by a motor and a worm reduction gearbox. Provision has been made for automatically stopping the motor at the extreme positions of the moving pin. Two movable pins are provided, one for testing metric leas of 1 metre swift perimeter and the second for testing imperial leas of 1.5 yards swift perimeter. civil lab equipments manufacturers.

Universal Testing Machine : Alpha Chem is manufactures,exporter & suppliers Universal Testing Machine. Universal Testing Machine : Loading frame  The base has a hydraulic cylinder at Its center, and two main screws at both ends. The middle cross head is mounted on screws through main nuts. The middle cross head can be moved up or down with a speed of 400 mm/min through chain transmission and geared motor to adjust the initial tensile / compression clearance. On the piston rests an assembly of upper, lower crosshead and two columns. The individually lapped cylinder piston assembly ensures smooth transfer of force with minimum friction. Hydraulic system Hydraulic circuit consists of hydraulic power pack having a directly driven radial plunger pump, which gives a continuous non pulsating flow of oil pressure upto 210 bar. Oil filter, Oil strainer, Air breather, Oil level Indicator, Drain plug are provided on the power pack. A pressure compensated needle type flow control valve is provided to control the oil flow to cylinder there by achieving desired piston speed. Infinitely variable speeds can be obtained with the help of valves. Load measuring system  The oil pressure in the main cylinder Is transferred to the small dynamometer cylinder. The dynamometer piston is kept rotating at a slow speed to ensure dynamic friction condition. The piston exerts a force proportionate to the pressure on the hanger connected to one arm of the pendulum, through an auto range selecting lever system. This force deflects the pendulum. The range selection can be effected by simply turning a knob, provided outside of the panel. An effective damping arrangement is provided to ensure slow return of the pendulum after sudden fracture of the test specimen. Load indicating arrangement The pendulum lever pushes rack which slides over two pulleys. The rack movement is proportionate to the load. A pinion in engagement with the rack rotates and moves the pointer fixed to its shaft. The pointer moves over a large dial indicating the load. A window type dial is provided for easy and clear change of the load range. Recording System A continuous roll type load elongation recorder is provided for plotting a load - elongation graph. Load is plotted by the horizontal movement of the rack. Elongation is plotted on the vertical axis and is equal to the movement of the main piston. Elongation ratio of 1:2 &1:5 can be obtained. Accuracy and calibration All measuring ranges of the machine are calibrated within an accuracy of ± 1 %from 20% to 100% of each range as per IS: 1828 and BS :1610. Load measuring system The oil pressure in the main cylinder is also transferred to an electronic pressure transducer which gives a proportionate signal to the Data Acquisition Unit. Both, the motor for hydraulic operation and cross head motion, are controlled by push buttons and they have interlocks to prevent simultaneous working of the motors. The electrical panel is fixed on the control panel. Displacement measurement is carried out by means of a Rotary Encoder. Encoder signal is fed to the Data Acquisition Panel to get displacement in mm. Fully protected and enclosed (dust proof) high precision Sensors and Encoders are used for Load and Elongation measurement.

Based in Haryana (India), we are a notable Manufacturer and Supplier of Universal Spring Testing Machine. We have a team of adroit professionals who use high-grade materials and the latest production methods for fabricating the Spring Testing Machines. Their features like sleek design, remarkable performance and high durability make them an attractive deal at such reasonable prices. Details : The machine is designed to conduct tention test and comperision test on spring specimen and calculate the "K" factor. The comperision plates are harded ground and polished with guides provide on the bottom platen to eliminate slippage of spring during testing. Specifications : Mechanical version Load indicated or graduated dial scale Electric digital version Load indicated on misprocesses based digital indicator Computerized version Load and elongation are displayed on computer monitor along with Data analysis and reporting software

The Machine is designed to conduct tension test and compression test on spring specimen and calculate the 'K' factor.The compression plates are hardened ground and polished with guides provide on the bottom platen to eliminate slippage of spr..