Pioneers in the industry, we offer electrical resistance tester, thickness gauge tester, digital flexo meter, steel toe impact tester, footwear testing machine and water vapour permeability tester from India.
Suitable for helmets consists of a plastic container with an acrylic frame placed in its centre for keeping the helmet under test on. The two electrodes are held in suitable clamps, one located inside the helmet and the other in the bath.
A high voltage source is provided with the equipment for supplying the test voltage. It consists of a variac, a step-up transformer, a digital voltmeter, and a digital mili-ammeter with a pre-settable tripping currents
to find thickness of Fabric, leather, Plastic film e.t.c
Country of Origin
Made in India
Display Language
Digital Display
Range
0-1 inch (0-25 mm)
Resolution
0.0001 inch
The Thickness Gauge Tester accurately measures a thickness of textiles, non-wovens, technical fabrics and many other materials.It is adjustable air dampening to ensure the presser foot is lowered at the same rate every time for excellent repeatability.
Owing to the wide experience in this domain, we are instrumental in offering Flexo Meter to our clients.It tests the ability of light leathers and leather–cloth used in the manufacture of shoe uppers. Gloves and garments to withstand repeated flexing without cracking is determined with the help of a flexing endurance test in this test specimen in shape of rectangular pieces are folded and clamped at each end to maintain them in a folded position in a set of grip s, one of which is fixed while the other is able to oscillate. The movement of the oscillating grip causes the fold in the test specimen to run along its centre. This operation is carried out repeatedly and the test specimens inspected periodically to assess the damage produced. The equipment used for this is called as Flex-o-meter.
The toe portion of shoes used for industrial applications or used in mines shall be sufficiently rigid so as not to get pressed down beyond a specified limit when a heavy block falls down on it, thus preventing crushing of or injury to the toe of the user. The toes of miner's safety boots or industrial shoes are generally reinforced with steel toe cap to provide rigidity to them. Whether these toe-caps are sufficient robust so as to fulfill their desired function is ascertained by subjecting the toe-cap assembled in a cut-out shoe to an impact by a falling weight in suitable equipment. The toe-cap shall not press down beyond a specified limit during the impact
The Ability of light leathers and leather –cloth used in manufacture of shoe uppers. Gloves, and garments to withstand repeated flexing without cracking is determined with the help of a flexing endurance test in this test specimens in shape of rectangular pieces are folded and clamped at each end to maintain them in a folded position in a set of grip s, one of which is fixed while the other is able to oscillate. The movement of the oscillating grip causes the fold in the test specimen to run along its center. This operation is carried out repeatedly and the test specimens inspected periodically to assess the damage produced. The equipment used for this is called as Flex-o-meter
Our company holds immense experience in this domain and is involved in offering a wide assortment of Water Vapour Permeability Tester.
Product Detail Water vapor permeability of leather is evaluated by clamping a circular test specimen over the mouth of a bottle containing a solid desiccant and subjecting it to a rapid current of air. The air inside the bottle is circulated by keeping the desiccant in motion. The increase in weight of the bottle over a specified interval of time gives the quantitative measure of the water vapor permeability of the leather sample under test.
Demattia Flex Tester is used to determine the resistance of vulcanized rubber or synthetic elastomers to cut growth. The rubber materials from crack when subjected to repeated flexing or bending under specified conditions or duration.
To consists of a spring dynamometer to indicate the load applied at the junction of the sole and the upper, a lever arrangement to transmit the load exerted on the toe piece to the spring dynamometer, a straight edge fulcrum for resting the shoe on during the test, and a set of interchangeable toe-pieces having different curvatures.
The ability of any shoe sole to with stand repeated bending experienced during walking without developing a crack within the estimated life span of the shoe is a very important factor for determining its quality. Also, its ability to withstand propagation of any slit formed due to a sharp edge or pointed object piercing it during walking is equally important in assessing its quality. These abilities of any sole can be evaluated with the help of a Ross Flex Tester.
This machine is designed for determining the water absorption and desorption of insoles and lining. The insole is flexed by simulating walking. Adopting the way to apply force by means of a lever, it is designed reasonably, so it is convenient for processing parts. It provides references for R&;D to do material modification. Water flow is adjustable and its speed is displayed on the flow meter; You can set the test time, and it will stop automatically when the test time has been reached
