Shoe Testing

The heat resistance tester is ideal for assessing the effects of heat on outsole and upper materials. Heat is applied to the sample via a heated square pad manufactured in copper.

This is used to determine the resistance of materials to cut growth during repeated flexing. Benn wart Flex Tester is used to test outsole flexing resistance by flexing the outsole at a certain speed and angle.

The RESOTECH Conductivity Tester Assesses The Electrical Resistance And Antistatic Properties Of Footwear Outsoles and Sheet Material. The Test Is Simple And Easy To Use, With Testing Undertaken In A Controlled Environment Of Temperature And Humidity.

The RESOTECH Bally Flexo Meter Is The Internationally-Accepted Method For The Assessment Of The Flexing Endurance Of Light Leathers And Their Surface Finishes. The Tendency For Cracks To Form In The Creases Caused By Walking Can Also Be Determined.

The SCH-017 Flexing Machine Has Been Developed To Assess The Flexing Endurance Of Completed Footwear In Wet And Dry Conditions. The Machine Is Supplied In Both Single Or Twin Station Formats And The Action Simulates The Flexing Of Footwear During Wear.

During walking, a shoe sole (or top-piece) is subjected to compression forces and deformation due to flexing with each step, which temporarily increases its area. By the completion of the step practically all of this increase in area is lost.

This Machine Will Determine The Abrasion Resistance Of All Types Of Material Used For Protective Gloves In Accordance With EN 388. It Is The Internationally Accepted Test Standard For Wear Of Fabrics And It Is Also Used For Determining The Susceptibility Of Fabrics To Pilling.

This Machine Is Used To Measure The Resistance Of Non-Leather Shoe Soling To Cracking In Wear Due To Flexing And Can Test 12 Strip Test Pieces At A Time. This Machine Can Also Be Used To Test Whole Soles.

This Low Temperature Version Of The Ross Flex Test Is Built Into The Low Temperature Cabinet. It Is Used For The Flex Testing Of Sole Unit Samples To Assess The Effect Of Flexing Under Low Temperature Conditions.

This machine is designed to assess the insulation properties of footwear against cold temperatures. The equipment forms part of a suite required by the safety footwear standard, but can also be used for any application where footwear needs to withstand cold temperatures.

This Is Ideal For Testing Rubber, Urethanes And Other Synthetic Soling’s To Assess Their Resistance To Abrasion In Normal Everyday Wear.

This method is intended to determine the abrasion resistance of leather. The method is mainly applicable to leather used as footwear soling material but can be used with any type of heavy leather.

This is a 16-station version of the RESOTECH vamp flexer. The stations are located inside the freezer area to allow simple loading of test specimens and easy/frequent inspections without having to stop the machine.

This method is primarily intended to determine the propensity for materials to crack or otherwise fail at flexing creases, but can also be used to assess whether leathers are likely to produce salt sue.

This Device Determines The Amount Of Water Vapour A Material Will Transmit Through Its Structure In A Specified Time. The Test Is Mainly Applicable To Leathers And Textiles Used In Footwear Uppers And Clothing Where It Gives.

This machine determines the fastness of the finish of a leather upper, leather lining, synthetic upper or lining and fiberboard. Rubbing can be carried out in dry or wet conditions. The latter can be water, solvents in shoe polish, or toe puff (box toe) solvents applied to the back of the material.

These Machines Are Designed To Carry Out A Rub Fastness Test On The Surface Of Leather To Determine The Amount Of ‘Marring’ Of The Leather Surface Or The Finish And To Assess The Amount Of Color Transfer From The Sample To The Rubbing Pad.

This Test Is Designed For Determining The Degree Of Color Which May Be Transferred From The Surface Of Colored Materials To Other Surfaces By Rubbing. The Machine Takes Its Name From The Term ‘Crocking’ Meaning.

This method is intended to determine the abrasion resistance of a material or its surface coating. The method is mainly applicable to footwear upper and lining materials but can be used to assess any sheet material with a thickness of less than 5 mm.

This machine allows determining the impact resistance of safety & protective footwear & toe caps. This equipment is mainly used for determination of impact resistance test safety shoes toes with a certain kinetic energy.

The machine we can check water absorption & desorption of insole/insock material. This machine also assesses the water resistance of heavy leathers, particularly sole leathers. It is the only internationally accepted method for determining this property.

The machine we can check water absorption & desorption of insole/insock material. This machine also assesses the water resistance of heavy leathers, particularly sole leathers.

This machine is to determine the flexing properties of penetration-resistant inserts (midsoles) used in safety/ protective footwear. The angle of flex can be adjusted to meet the appropriate standard.

Circular blade Cut resistance tester also called coupe test machine is to determine the cut resistance of protective equipment such as gloves, footwear and other products.

This method is intended to determine the abrasion resistance of a shoe lace to repeated rubbing against either a similar shoe lace, or a lace carrier. The method can also be used to assess the abrasion resistance of a lace carrier.

Digital Lsastometer - is intended to assess how much a material can be stretched simultaneously in two directions (distended) without being damaged. This simulates conditions experienced during the lasting operation in footwear manufacture.

Shoe Heat Insulation Tester – is used to test shoe heat insulation / thermal insulation against hot performance. Place the shoe in sandbath and the footwear shall contact with the plate(forepart and the heel) in certain temperature for a given period.

This method is intended to determine the resistance of a component or material to crack initiation and growth due to repeated flexing. The method is mainly applicable to soles of footwear but may also be used with certain other flexible components.

This method is intended to determine the resistance of a component or material to crack initiation and growth due to repeated flexing. The method is mainly applicable to soles of footwear but may also be used with certain other flexible components.

This method is intended to assess the potential for a shoe bottom material to mark floorings during wear. It is applicable to all types of soles and heels taken from whole shoes, pre-moulded units or sheet materials.

This method is intended to assess the potential for a shoe bottom material to mark floorings during wear. It is applicable to all types of soles and heels taken from whole shoes, pre-moulded units or sheet materials.

This method is intended to determine the resistance of elastic to repeated stretching to the limit of its useful extension both before and after an artificial ageing treatment. It is mainly applicable to elasticated fabrics but can be used to assess any extensible material.

Velcro Fatigue Tester is used to test the velcro tape/ hook and loop fastener fatigue resistance ability to repeated closing. Touch and close fastener repeated closing fatigue test is one of the necessary steps for velcro strength test no matter for peel strength or shear strength.

Some high heels are prone to fatigue under the repeated small deformations produced by each step in walking. This machine is designed to check the fatigue resistance of such heels by subjecting them to continuous small impacts which produce similar deformations to those of wear.

This device is used for determining the resistance of heels to sudden impact loads in wear caused by abnormal stresses. STD 155 has been extensively used for heel development and quality control.

This method is intended to measure the shrinkage temperature of leather when heated in water. It is applicable to all leather tannage. If a strip of leather is slowly heated in water a sudden shrinkage .

This method is intended to determine the shape retention properties and compression strength of a domed test specimen. The method is mainly applicable to footwear box toe (toe puff) and stiffener materials but can also be used to assess any deformable material.

This method is intended to determine the resistance of a material to water penetration upon flexing. The method is mainly applicable to footwear upper outer materials but can be used with any flexible sheet material.

This method determines the coefficient of friction between footwear and test floors under conditions simulating those experienced in the phases of a typical walking step when slip is most likely to occur.

This machine is intended to determine the shock absorption properties of a material or assembly. An impact striker of fixed mass, with a domed lower surface, is dropped vertically from a predetermined height onto a test specimen.

Footwear lining leakproofness tester is intended to evaluate that whether the lining of rubber shoes are waterproof. The machine features a pneumatic clamp and sealing element .

This test method is intended to provide a means of evaluating the degree of water resistance of footwear. This method is applicable to all types of shoes and boots with a heel pitch that is compatible with the test foot form.