Footwear Testing Equipment
This machine tests the elasticity of rubber materials using a vertical free fall hammer method.
This machine tests the permanent deformation rate of foam plastics.
The test piece is compressed by 25% between the upper and lower compression plates of this machine, and remains for 20 seconds. Its load is divided by the compression hardness of the material printed on the surface area.
This machine is suitable for all types of shoelaces and eyelets. A section of the shoelace is passed through the eyelet held by a fiberboard, forming a 90 ° angle between the shoelace and the eyelet, and a 45 ° angle between the fiberboard and the shoelace. Then, the shoelace is tightened under standard tension and repeatedly pulled back and forth through the eyelet. When the shoelace is damaged, the test is stopped.
This machine simulates the anti slip performance of a person while walking. The test personnel wear test shoes and stand on a platform that can change the tilt angle, and add flowing media to the platform. By measuring the tilt angle of the platform and the type of media when the test personnel slip, the anti slip performance of the shoes can be determined.
This chamber can be used to perform Hydrolysis resistance test of leather, shoe materials, as well as the frosting test of rubbers.
This machine is suitable for testing the heat insulation performance test of the upper, lining and inner cushion of various materials, and is used to evaluate the suitability of the test piece for the end use.
This device is suitable for frequent or long-term testing and is equipped with an electronic preset counter (capable of counting 9999 frictions). Equipped with standard weights (9N) friction arms, it meets various standards including ATCC 8 and TCC 165, as well as traditional sample racks. The novelty of the design lies in the optional lightweight friction arm, which can easily add weights for more testing.
This machine is used to perform surface friction tests on shoe upper materials, leather, plastics and textiles. It can perform five test method, including dry, wet, sweat, alcohol, and organic solution. It can be rubbed against the sample by the rotating wool blanket. Then refer to the standard gray card for colorfastness evaluation.
This instrument is a monolithic instrument. Dry or wet wool felt is placed in a groove on the surface of the friction hammer, and a specified weight is placed above the friction hammer. It moves back and forth at a specified speed for a certain distance to rub the surface of the sample. After the movement reaches the specified number of times, the damage and degree of discoloration on the surface of the sample are observed. This instrument is suitable for materials such as leather, textiles, straps, trademarks, cardboard, etc.
Measure the rotational values of the sole test piece and the standard rubber test piece under the same testing conditions on the NBS wear tester when worn with a thickness of 2.5mm. The ratio of the rotational value of the sole test piece to the rotational value of the standard rubber test piece is the wear resistance index of the sole test piece. The wear resistance performance of the tested sole rubber is evaluated based on the magnitude of the wear resistance index value.
This testing equipment is used for the heat resistance test of polymer materials (rubber, plastic, leather, etc.), electrical insulation materials, and insulation components. It can also be used as a high-precision constant temperature drying oven for drying, baking, heat treatment, etc. of items, but is not suitable for the drying and testing of flammable, volatile, or flammable and explosive substances. It is a commonly used testing equipment for industrial and mining enterprises, research institutions, colleges, laboratories, and other departments.
This testing machine is used to test the anti slip performance of shoes. By testing the friction coefficients of various parts of the sample shoe sole, the anti slip performance is determined.
The James machine is specifically designed to measure the static friction coefficient of polished coated floor surfaces, and this testing method is the only one applicable to testing the compliance of the static friction coefficient of floor polishing agents.
This instrument calculates the maximum static slip resistance coefficient of the sample by testing the required tension required to pull a test piece with a certain specification and a certain load, in order to determine the slip resistance performance of the sole material. This instrument can test the finished shoe, the entire sole, and the test piece, and can only test dry type, not wet type.
The operation procedure of this device is to measure the anti slip performance of the sole, heel, or related materials (test feet) relative to a flat walkway surface or walkway substitute (test surface).
Instrument usage: The zipper reciprocating tester is used for durability testing of metal, injection molding, and nylon zippers under specified loads and pulling times.
Instrument usage: Used for testing the torque resistance of the pull tab of metal, injection molding, and nylon zippers.
Scope of application: Used for testing the smoothness of metal, injection molding, and nylon zippers.
Function: Sliding Tester for Zipper
This machine is suitable for cold resistance testing of various types of shoes. The testing method is to fix the hot spot in the center of the insole, fill the shoes with steel balls, place them in the shoes, adjust the bracket to make the upper edge of the shoes equal to the opening of the insulation box, then seal the opening of the low-temperature box with an insulation board, cool the low-temperature box to the specified temperature, and record the temperature change of the insole over time within 30 minutes.
This instrument is mainly used to test the impact resistance of safety shoe heads. It is manufactured strictly in accordance with the GB/T 20991 standard, and uses a certain amount of kinetic energy and height to conduct impact tests on the steel heads of safety shoes. The degree of sinking is then detected to understand the safety quality of safety shoes.
This device is used to detect the impact absorption capacity of ankle protective materials.
Measure the compression resistance of the toe cap and the puncture resistance of the steel plate to prevent accidental injury to workers wearing shoes in the workplace due to insufficient safety performance.
This machine uses a computer to precisely control the compression speed, and is specially used to detect the compressive strength of the steel head of the safety shoe to understand whether the steel head can ensure the safety of the toes. This machine uses a computer to display the compression pressure, strain and curve of the steel head.
After passing through a closed circuit composed of a sample, steel balls, and copper plate with a certain voltage, measure the resistance of the test sample to determine whether it falls within the insulation resistance range of the anti-static shoe, and evaluate whether the test sample has anti-static performance.
This tester is used to detect the heat resistance reaction of leather and sole materials under heating, and evaluate the high-temperature insulation performance of finished shoes.
This device is mainly used to test the voltage value that the sole or edge shoe material can withstand, in order to understand its voltage resistance.
The Shoe Material Heat Resistance Tester is used to detect the heat resistance reaction of leather and sole materials under heating conditions.
This testing machine is suitable for the knife cutting resistance test of the safety glove protection area, but not suitable for those very hard material gloves. It reciprocates under the specified load, automatically counts, and automatically stops at the end of the test. It has the power-off function.
This machine is used to test the water absorption and hydrolysis adsorption of shoe insoles and linings.
This machine is suitable for testing the friction performance of various footwear linings and inner pads, and can determine the static and dynamic friction coefficients and the static and dynamic angles of surface resistance.
Used to test the wear resistance of fabrics, mostly for testing automotive interior materials. The instrument design is compact and sturdy, including a clamping device for an obtuse angle conical chuck, a loading platform for fixing the friction head, and a control and driving unit. All components are designed reasonably and easy to operate. For the convenience of preparing and lightly clamping the sample, the instrument is equipped with an adjustable ring wrench to test the expansion height. During the experiment, the specimen is placed on the plane of the friction head and subjected to a rotational motion for friction.
Specially designed to test the leather wear resistance of leather shoe heels. Install the sample on the sandpaper of the testing machine and test the surface of the roof with a certain.
The resistance of shoelaces to external wear and tear is expressed in terms of the number of times the shoelace undergoes repeated friction and breakage, or in terms of whether it breaks after being worn for a certain number of times.
This machine simulates the wear and tear of shoes during actual walking, and the movement trajectory, speed, and pressure on the shoes during walking are basically consistent with the actual situation. Especially, the front part of the sole and the action of rotating wear and tear on the cement floor during stepping are very similar to those of humans during actual walking.
This machine is suitable for testing the abrasion resistance of finished shoe soles and molded soles. The rotating grinding wheel is applied perpendicularly to the sample with a certain load and a certain speed, and the length of the test trace is measured after a period of abrasion test. It has power-off memory function.
This machine is used in conjunction with a balance to test the wear resistance of various rubber products. The electronic automatic counter can set the number of wear revolutions, and it can automatically stop when the set number of revolutions is reached.
This test equipment is used to test the water seepage resistance of shoe lining
This machine is suitable for testing the dynamic waterproof performance of finished shoes. The shoes are fixed on a dedicated metal shoe last and then immersed in water for dynamic and repeated twists and turns testing. When water enters the shoes, it will alarm and stop, and has a power off memory function.
This test machine is suit for dynamic water-proof characters,fixed the shoes on the special metal shoe tree then immerse the water to flexing it.
This equipment is used to test the anti-permeability properties of various shoe upper materials, such as leather, artificial leather, cloth, etc.
This machine is used to test the hardness of various shoes and uppers. The hardness of the test piece can be obtained by measuring the force value on the test piece through the reciprocating movement of the cylinder.
This machine is used sample preparation for measuring the pH value and hexavalent chromium content of leather.
Test oil tank is specially used to test oil resistance and the length change rate under oil heating of PE, PV plastics.
This device is used to test the bending resistance of midsole fiberboard for leather shoes, casual shoes, travel shoes, and other shoes. During the test, the specimen was continuously bent back and forth to the left and right by 90 degrees until it broke. The bending resistance index of the middle bottom plate was determined based on the number of times it broke.
This machine is mainly used to test the bending resistance of steel hooks. The hooks are inserted into the fixture and rotated 180 degrees around a central column with a diameter of less than 10mm; Visually inspect the surface for small cracks and determine if they are broken, and determine their quality.
This instrument can measure the bending resistance of shoe soles. After the shoes and soles are twisted at a certain angle for a certain number of times through this machine, the damage to the shoes and soles can be observed, or the cracking area and degree can be checked to improve quality.
The leather folding resistance tester is mainly used to test the room temperature folding resistance of finished shoes and soles (pieces), and is an instrument for testing the folding resistance and resistance of leather materials.
The finished shoe bending resistance testing machine (starting from the heel) is used to test the bending resistance of finished shoes and soles. After the shoes and soles are twisted at a certain angle for a certain number of times, the machine is used to observe the damage to the shoes and soles, or to check the location and degree of cracks, in order to improve quality. The number of tests can be set, and the machine will automatically shut down when the set value is reached. In any stationary state, the machine automatically returns to the starting position at a slow speed and stops automatically.
Test principle
Make several holes at the max flexing points, then clamp the two ends with clamps, one end fixed and the other flexible, the round shaft will bump repeatedly so as to bend the soles, after reach a specific times of bending, use magnifier to detect the sole stretch resistant performance.
This device is used to test the overall bending resistance of shoes under dry and wet environmental conditions, in order to evaluate the overall bending resistance of shoes.
This machine is suitable for testing the folding endurance of finished shoes and soles at room temperature. Install the finished shoes or soles on the folding test machine, conduct a bending test at a certain angle and frequency, and then measure the crack length of the sole after a certain number of bendings, and observe the shoe upper changes, with power-off memory function.
This test equipment is specially used to test the flexing resistance of rubber or plastic coated fabrics by ISO 7854 method C Crumple flex and BS 3424-9 Method 11D.
This device is used to test finished shoes such as sports shoes, casual shoes, and work shoes. After continuous reciprocating bending for a long time, at a fixed frequency and angle, its bending resistance is evaluated or its degree of cracking is examined.
This tester is suitable to test the fatigue characteristics after continuous bending on rubber, leather, synthetic leather, shoe soles and other materials.
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Contact Us
Add: Suolide Science & Technology Industry Park, No.151, East Chunhui Road, Wuxi, China
Contact Person: Mr. Patrick.Chuang
Phone: +86-18014755745
WhatsApp/wechat: +86-18014755745
