Test Ekipmanları

Standards: EN 10002-2; ISO 7500-1
Purpose: To test leather, textile, rubber, synthetic and polymeric materials, footwear, gloves, and protective clothing. For which there are available a wide range of clamps, extensometer, and other devices.
Model: HED05; HED10; HED20

Standards: ISO 3795

Purpose: Determination of horizontal rate of flame spread of materials and components used in interiors of cars, trucks and other vehicles.

Model: H090

Standards: EN ISO 19953

Purpose: Assess the resistance of ladies’ heels shoes to occasional heavy impacts during wear.

Model: H085

Standards: EN ISO 19956

Purpose: Assess the ability of ladies’ heels shoes to withstand the repeated small impacts of normal walking.

Model: H084

Standards: EN ISO 20344:5.22

Purpose: Assess shock absorption properties of ankle protective materials and assemblies.

Model: H082

Standards: EN ISO 20344:5.4; EN ISO 22568-1; EN ISO 22568-2; ASTM F2412; CSA Z195

Purpose: Assess impact resistance of toes caps for safety and protective footwear.

Model: H081

Standards: EN ISO 13287; EN ISO 20344:5.14; EN ISO 24267; ASTM F2913

Purpose: Determining the coefficient of friction between footwear outsoles and flooring surfaces.

Model: H080

Standards: EN ISO 20344:5.13

Purpose: Measure of electrical resistance of conductive footwear.

Model: H077

Standards: ISO 3378

Purpose: Determine the propensity of the grain leather to crack during bending.

Model: H076

Standards: EN 388:6.3; ISO 23388:6.3; ISO 13997

Purpose: Assess the resistance of textile and glove materials to be cut by blade.

Model: H073

Standards: ISO 4649:Met.B; ISO 20871; ASTM D5963:B/D

Purpose: Assess the abrasion resistance of a polymeric material normally used in sole footwear. Test could be performed with rotating or fixed sample holder.

Model: H072R

Standards: ISO 4649:Met.A; ISO 20871; ASTM D5963:A/C

Purpose: Assess the abrasion resistance of a polymeric material normally used in sole footwear.

Model: H072

Standards: EN ISO 20344:5.23; ISO 23388:6.2; EN 388:6.2

Purpose: Assess the resistance of upper and glove materials to be cut by blade.

Model: H071

Standards: ISO 11393-1; ISO 11393-2; ISO 11393-3; ISO 11393-4; ISO 11393-5; ISO 11393-6

Purpose: Assess the resistance to cutting by chainsaw of personal protective devices.

Model: H070

Standards: BS 5131:3.6

Purpose: Determine the abrasion resistance of a lace to repeated rubbing against a standard eyelet. Could be also assessed the abrasive action of a lace over the eyelet.

Model: H068

Standards: EN ISO 22774

Purpose: Determine the abrasion resistance of a lace to repeated rubbing against a similar lace, a eyelet or a lace carrier.

Model: H067

Standards: ISO 17700:Met.C; ISO 20433; ISO 105-X12

Purpose: Determine colour fastness to wet and dry rubbing.

Model: H066

Standards: EN ISO 17700:Met.B

Purpose: Assess the degree of damage (marring) and transfer of a material ‘surface colour during mild dry or wet abrasion.

Model: H065

Standards: EN ISO 20344:7.3; EN ISO 11640; EN ISO 17700:Met.A; ISO 20868

Purpose: Determining the behavior of the surface of a leather on rubbing with a felt.

Model: H064/2

Standards: EN ISO 20344:7.3; EN ISO 11640; EN ISO 17700:Met.A; ISO 20868

Purpose: Determining the behavior of the surface of a leather on rubbing with a felt.

Model: H064

Standards: EN 12472

Purpose: Accelerated wear and corrosion to be used for detection of nickel.

Model: H063

Standards: EN ISO 20344:6.12; EN ISO 17704; ISO 12947-1; EN ISO 5470-2; EN ISO 12945-2

Purpose: Determining the resistance of uppers, linings and insocks irrespective of the material, to wet and dry abrasion.

Model: H062/9

Standards: EN ISO 20344:6.12; EN ISO 17704; ISO 12947-1; EN ISO 5470-2; EN ISO 12945-2

Purpose: Determining the resistance of uppers, linings and insocks irrespective of the material, to wet and dry abrasion.

Model: H062/4

Standards: ISO 17076-1; ISO 5470-1; ASTM D-3884

Purpose: Determining the abrasion resistance of several materials.

Model: H061

Standards: None specific

Purpose: Used in specimens bonding process.

Model: H057

Standards: EN ISO 20344:5.7; EN ISO 374-2

Purpose: Assess the leakproofness of whole footwear and gloves.

Model: H055

Standards: EN ISO 20344:7.2; EN ISO 22649; EN ISO 5404

Purpose: Determining the dynamic water-resistance of sole leather.

Model: H054

Standards: EN ISO 21420

Purpose: Determining the coefficient of water vapour on leather and non-leather used on gloves.

Model: H053

Standards: EN ISO 17229; EN ISO 20344:6.7

Purpose: Determining the coefficient of water vapour on leather and non-leather upper materials.

Model: H052

Standards: EN ISO 20344:6.6; EN ISO 14268; ISO 17699; EN ISO 21420

Purpose: Determining the “breathability” of the leather and non-leather upper materials.

Model: H050/2

Standards: EN ISO 20344:6.6; EN ISO 14268; ISO 17699; EN ISO 21420

Purpose: Determining the “breathability” of the leather and non-leather upper materials.

Model: H050

Standards: EN ISO 6942

Purpose: Assess the resistance of personal protective equipments against a radiant heat source.

Model: H048

Standards: EN ISO 20344:5.4; EN ISO 20344:5.5; EN ISO 222568:1; EN ISO 22568:2

Purpose: Measure modeling clay cylinders before and after impact or compression test.

Model: H046/5

Standards: ASTM D3574

Purpose: Determining thickness of cellular materials.

Model: H046/4

Standards: EN ISO 5084

Purpose: Determining thickness of textile materials.

Model: H046/3

Standards: ISO 2286-3; ISO 23529:9.1

Purpose: Determining thickness of the leather and sole materials.

Model: H046/2

Standards: ISO 2589; ISO 23529:9.1

Purpose: Determining thickness of the leather and sole materials.

Model: H046/1

Standards: None specific

Purpose: Press sample assemblies during bonding process.

Model: H045

Standards: ISO 4044

Purpose: Milling materials to be used in chemical tests.

Model: H043

Standards: ISO 11641; ISO 11642; ISO 105-E01; ISO 105-E04

Purpose: Determine the resistance of the colour of the leathers to the human sweat.

Model: H040

Standards: EN ISO 20344:6.5.2

Purpose: Assessing the resistance of coated fabrics to damage by repeated flexing and determination of flexing cracking of rubber, vulcanized or thermoplastic.

Model: H037

Standards: TM404

Purpose: Determine the resistance of the bond, between upper and sole.

Model: H036

Standards: TM159

Purpose: Evaluate the changes in dimensions of a material after a prolonged period of dynamic compression.

Model: H035

Standards: TM142

Purpose: Evaluate the shock absorption properties of materials or assemblies of footwear bottom.

Model: H034

Standards: EN ISO 5403-1; EN ISO 17702

Purpose: Determining the stiffness of leathers as preparation to “Bally” test.

Model: H033S

Standards: EN ISO 5403-1; EN ISO 20344:6.13; ISO 17702

Purpose: Determining the dynamic water resistance of leather.

Model: H033/6

Standards: EN ISO 5403-1; EN ISO 20344:6.13; ISO 17702

Purpose: Determining the dynamic water resistance of leather.

Model: H033/4

Standards: ASTM D-2099; EN ISO 5403-2

Purpose: Determining the resistance of a material to water penetration on flexing.

Model: H032/4

Standards: TM194; TM256

Purpose: Assess longitudinal and torsional stiffness of complete footwear.

Model: H031

Standards: ISO 18896

Purpose: Assess longitudinal and torsional stiffness of shanks and insole back parts.

Model: H030

Standards: EN ISO 20344:5.16; ISO 20877:6.1

Purpose: Assess the cold insulating properties of the sole complex of protective footwear.

Model: H029

Standards: EN ISO 20344:5.15; ISO 20877:6.2; EN 15090

Purpose: Assess the heat insulating properties of the sole complex of protective footwear.

Model: H028

Standards: EN ISO 20344:8.9

Purpose: Assess the ability of the finish of shoemaking materials to withstand the heat involved in various shoemaking operations.

Model: H027

Standards: EN ISO 20344:5.12; ISO 22568:3-4

Purpose: Assess the resistance of midsole materials to repeated flexing.

Model: H024

Standards: TM3; TM4

Purpose: Assess the resistance of fibreboard material to repeated flexing.

Model: H023

Standards: ISO 32100; EN ISO 17694; EN ISO 5402-1

Purpose: Determining the wet or dry flex resistance of leather and finishes applied to leather. It is applicable to all types of leather below 3,0 mm in thickness.

Model: H022C

Standards: ISO 32100; EN ISO 17694; EN ISO 5402-1

Purpose: Determining the wet or dry flex resistance of leather and finishes applied to leather. It is applicable to all types of leather below 3,0 mm in thickness.

Model: H022/24

Standards: ISO 32100; EN ISO 17694; EN ISO 5402-1

Purpose: Determining the wet or dry flex resistance of leather and finishes applied to leather. It is applicable to all types of leather below 3,0 mm in thickness.

Model: H022/12

Standards: EN 16732; EN ISO 10751

Purpose: Assess the resistance of slide fasteners to repeated opening and closing, under load.

Model: H021

Standards: ISO 17232:Met.A

Purpose: Determine the heat resistance of patent leathers.

Model: H020WT

Standards: EN ISO 3379; EN ISO 17693; ISO 17695

Purpose: Determine the lastability of uppers or complete upper assembly irrespective of the material in order to assess the suitability for the end use.

Model: H020

Standards: EN ISO 22776

Purpose: Simulate the use of the Velcro’s by repeated closing and opening, before performing other physical
tests.

Model: H019

Standards: EN ISO 22776

Purpose: Press the two parts of the touch and close fastener together, under controlled conditions, before peel and shear strength test.

Model: H018

Standards: EN ISO 10768

Purpose: Assess the resistance of elastics to repeated stretching to the limit of its useful extension.

Model: H017

Standards: EN ISO 20344:5.19

Purpose: Assess the resistance to water penetration of complete footwear, during flexing.

Model: H015

Standards: ISO 4643:Annex C; ISO 5423:Annex C; ASTM D1052

Purpose: Determine the resistance of polymeric materials to cut growth during repeated flexing.

Model: H014C

Standards: ISO 4643:Annex C; ISO 5423:Annex C; ASTM D1052

Purpose: Determine the resistance of polymeric materials to cut growth during repeated flexing.

Model: H014

Standards: ISO 16177

Purpose: Determine the resistance of soles or material to crack initiation and growth due to repeated flexing.

Model: H013

Standards: ISO 17707; EN ISO 20344:8.5

Purpose: Assess the rigidity of the complete footwear, to determine if it should be subjected to the “Bennewart” flexing test.

Model: H012

Standards: ISO 17707; EN ISO 20344:8.6

Purpose: Determine the resistance of whole footwear soles to cut growth during repeated flexing. It is also suitable to assess the effect of surface patterns.

Model: H011C

Standards: ISO 17707; EN ISO 20344:8.6

Purpose: Determine the resistance of whole footwear soles to cut growth during repeated flexing. It is also suitable to assess the effect of surface patterns.

Model: H011

Standards: EN ISO 5402-2; ISO 4643:Annex B; ISO 5423:Annex B

Purpose: Determine the propensity of upper materials to crack.

Model: H010C

Standards: EN ISO 5402-2; ISO 4643:Annex B; ISO 5423:Annex B

Purpose: Determine the propensity of upper materials to crack.

Model: H010