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TestEquipmentCatalogue
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SATRAwasoriginallyformedin1919toprovidefootwearmanufacturersandsupplierswith
technicalknowledge,researchandtesting.Sincethoseearlyyears,SATRAhasdeveloped
significantlytobecometheworldʼsleadingresearchandtechnologycentreofitskind.Wenow
employscientific,technicalandsupportstaffintheUKandChinaandourbrandisrecognisedand
respectedinover70countriesacrossadiversespreadofproductsectors.SATRAisalsoaleading
authorityoninternationallegislationandtesting,andthetechnicalaspectsofawiderangeof
productsincludingfootwear,leather,clothing,textiles,toys,safetyproducts,PPE,workwear,
furnitureandfloorcoverings.
Weuseourtechnicalexpertisetodesignandbuildthebesttestequipmentavailable.We
continuallyresearchanddevelopnewtestregimes,methodsandmachines,includingdeveloping
machinestocustomer-specificrequirements.Noothertestequipmentproviderhassuchahigh
levelofin-housetechnicalsupport.SATRAtestequipmentisuniqueinhavingbenefitedfrom
extensiveusertrialsinSATRAlaboratories.
SATRAtestequipmentisdesignedandmanufacturedintheUKandissuppliedtoawiderangeof
industrysectorsincluding:leather,footwear,furniture,flooring,textilesandgarments,safety
products,rubber,printingandautomotive,aswellastotestlaboratoriesandresearchinstitutes.We
arecommittedtodevelopinghighqualitymachinesandprovidingyouwithhighlevelsofcustomer
serviceandaftercare.
Mosttestequipmentisdesignedforuseincontrolledatmospheres.Testingundercontrolledconditions
willhelpensurethereliabilityandconsistencyofthetestresults.Thepreferedconditionsfortesting
footwearandmostmaterialsare23±2°Cand50±4%rh.Otherconditionsarepermissablehowever,
dependingonthetestmethodused.Temperaturecontrolisessentialforalltesting,humiditycontrol
isnotessentialforsmallqualitycontrollaboratoriesunlessspecialisedtestingisperformed.
©
2014SATRATECHNOLOGYCENTRE
ReproductionofSATRATestEquipmentCatalogueinpartorinitsentiretyisnotpermittedinanyshapeorform,
whetherinprintordigitalmedia,withoutpriorwrittenpermissionfromSATRA
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Index
Alphabetical Index
ABRASION–BIOMECHANICAL
STM528
1
ABRASION–LACES
STM152/STM439
2
ABRASION–SATRA/MARTINDALE
STM633
2
ABRASION–MOTORCYCLE
STM504
3
ABRASION–SOLING
STM140/STM602
3
ADHESION–CREEP
STM164
4
ADHESION–FINISH
STD112
4
ADHESION–LABORATORYJOINTPRESS
STM124
4
ADHESION–SOLE
STD185
5
COLOURFASTNESS
STD442/STD461GC/STD461GS/STD488
5
STD422
6
COMPRESSIONSET
STD133/STD401
6
COMPRESSION-HOSIERY
STM579
7
COMPRESSION–REPEATED
STM512
7
CONDUCTIVITYSIMPLECONDUCTIVITY
STD464
7
CONDUCTIVITY
STD470
8
CONTACTHEAT
STM531
8
CUTRESISTANCE
STM611/STM610
8
FITTING
STD206/STD225/STD224
9
STD219/STD223
10
FLEXING–FIBREBOARD
STM129
10
FLEXING–MIDSOLE
STM441
10
FLEXING–SOLING
STM141/STD405/STM612
11
FLEXING–UPPER
STM601/STM701
12
FLEXING–WHOLESHOE
STM184
12
FLEXING–WHOLESOLE
STM465
12
GLOVETESTING(EN388)
STM633/STM611/STM610/STM566
13
HARDNESS(DUROMETERS)
STD226/STD227
14
HEATRESISTANCE
STM455
15
HUMIDITY–SENSOR
STD228
15
IMPACT–HEELS
STD155/STM156
16
IMPACT–SAFETYFOOTWEAR
STD609
17
INSULATION–SAFETYFOOTWEAR
STM471/STM472
18
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LASTOMETERS
STM463
18
STD104/STD190/STD190L
19
LEATHERANALYSIS
STM145
19
LEATHERASSESSMENT
STD114/STD119
20
LIGHTCABINET
STM500
20
LOWTEMPERATURETESTING
STM101F/STM408F/STM477F/STM141F/
21
STM612F/STM465F
21
MOISTUREMANAGEMENT
STM567
22
MOLTENMETAL–SPLASH
STM524
23
OZONECHAMBERS
HTE703/HTE903
24
PERMEABILITY
STM175/STM473/STD478
25
PINCHANDGRIP
STD620/STD621
26
PIPINESS
STD174
27
PLASTIMETER
STD449
27
RESILIENCE
STD645
27
RUBFASTNESS
STM643B/STM421/STM461
28
STM462
29
SHOCKABSORPTION–DYNAMIC
STM479
29
SLIPRESISTANCE
STM603
30
STATEOFCURE
STM135
31
STIFFNESS
STM507
31
TENSILETESTING(MANUAL)
STD172
31
TENSILETESTING
STM566/STM766
32-33
THERMAL–RESISTANCE
STM511
34
THERMAL–WHOLESHOE
STM567
34
THICKNESS
STD483/STD484/STD495
35
TOEPUFFSANDSTIFFENERS
STD153
35-36
VACUUMFORMING
STM329
36
STM330
37
WATERRESISTANCE
STM505/STM606D
37
STM703/STD704/STM706
38
ZIPS
STM590
38
Index
Alphabetical Index
continued
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STM101F
LowTemperatureVampFlexingMachine–12Station
21
STD104
HandOperatedLastometer
19
STD112
AdhesionofFinishTester
4
STD114
LeatherShrinkageApparatus
20
STD119
Wrinkleometer
20
STM124
LaboratoryPressforAdhesiveJoints
4
STM129
FibreboardFlexingMachine
10
STD133
CompressionSet–ConstantStress
6
STM135
StateofCureTester
31
STM140
Soling AbrasionTester
3
STM141
RossFlexingMachine
11
STM141F
LowTemperatureRossFlexingMachine
21
STM145
ShakingMachineforLeatherAnalysis
19
STM152
ShoelaceAbrasionTester–LacetoEyeletMethod
2
STD153
CompressionCageusedinToePuffAnalysis
35
STD153/C
RepeatedDomeCollapsingDevice
36
STD153/D
ToePuffDomeFormingDevice
35
STD153/H
DomeHeightMeasuringEquipment
35
STD153/HD
DomeHeightMeasuringDevice
35
STD153/P
PressforFormingToePuffDomes
35
STD155
HeelImpactTester
16
STM156
HeelFatigueTester
16
STM164
CreepCabinetforAdhesionTesting
4
STD172
SimpleTensileTester
31
STD174
Break/PipinessScale
27
STM175
Permeability/AbsorptionMachine
25
STM184
WholeShoeFlexingMachine–Wetanddry
12
STM184H
WholeShoeFlexingMachine–Highleg
12
STD185
SoleAdhesionTester
5
STD190
InstantLastometer
19
STD190L
InstantLastometer(extendedthroat)
19
STD206
QuarterandBackHeightGauge
9
STD219
ShoeMeasuringCallipers–SizeStick
10
Index
Numerical Index
STD223
DigitalLastAssessmentJig
10
STD224
SATRAShoeFittingBoards
9
STD225
InternalShoeSizeGauge
9
STD226
DigitalDurometer
14
STD227
AnalogueDurometer
14
STD228
SATRASensor
15
STM329
VacuumFormingMachine–Handoperated
36
STM330
VacuumFormingMachine–Motoroperated
37
STD401
CompressionSet–ConstantStrain
6
STD405
ChiselHoldingJigforusewithRossFlexer
11
STM408F
LowTemperatureBallyFlexingMachine–8Station
21
STM421
SATRARubFastnessTester–SingleStation
28
STD422
Crockmeter
6
STM439
ShoelaceAbrasionTester–LacetoLaceMethod
2
STM441
MidsoleFlexingDevice
10
STD442
Perspirometer–forPerspirationFastnessTest
5
STD449
LowProfilePlastimeter
27
STM455
HeatResistanceTester
15
STM461
CircularRubFastnessTester
28
STD461GC
GreyScales
5
STD461GS
GreyScales
5
STM462
CircularRubFastnessTester–Automatic
29
STM463
DigitalLastometer
18
STD464
SimpleConductivityTester
7
STM465
WholeSoleFlexingMachine
12
STM465F
LowTemperatureWholeSoleFlexingMachine
21
STM470
ConductivityTester
8
STM471
HeatInsulationTester–Sandbath
18
STM472
ColdInsulationTester
18
STM473
WaterVapourPermeabilityMachine
25
STM477F
LowTemperatureBallyFlexingMachine–12Station
21
STD478
WaterVapourAbsorption
25
STD479
DynamicShockAbsorption
29
Index
Numerical Index
continued
STD483
LeatherThicknessGauge–Deadweight
35
STD484
SyntheticMaterialThicknessGauge–Deadweight
35
STD488
MultiFibreRibbonUsedinWaterFastnesstesting
5
STD488G
GlassPlatesforWaterFastnessTest
5
STD488I
FanAssistedOven0–300°C
5
STD488P
PetriDishesforWaterFastnessTest
5
STD495
RubberThicknessGauge–Deadweight
35
STM500
VeriVideColourAssessment
20
STM504
MotorcycleAbrasionTester
3
STM505
DynamicFootwearWaterResistanceTester
37
STM507
DynamicFootwearStiffnessTester
31
STM511
SweatingGuardedHotplate
34
STM512
RepeatedCompressionTestingMachine
7
STM524
MoltenMetalSplashTester
23
STM528
Pedatron
1
STM531
ContactHeatTester
8
STM566
TensileTester–PCControlled
32
STM567
SATRAEndofoot
22
STM579
HosieryCompressionTester
7
STM590
SlideFastenerEnduranceTester
38
STM601
VampFlexingMachine
12
STM602
SolingMaterialsAbrasionTester
3
STM603
SlipResistanceTester
30
STM606D
WaterResistanceTesterforUpperLeather(MaeserType)
37
STM609
ImpactTesterforSafetyFootwear
17
STM610
CutResistanceEvaluator
8
STM611
CircularBladeCutResistanceTester
8
STM612
SATRA/BataBeltFlexingMachine
11
STM612F
LowTemperatureSATRA/BataBeltFlexingMachine
21
STD620
GlovePinchTester
26
STD621
GloveGripTester
26
STM633
MartindaleAbrasionTester
2
STM643B
RubFastnessTester–2Station
28
Index
Numerical Index
continued
STD645
ResilienceTester
27
STM701
SATRA/BallyFlexometer–12Station
12
STM703
SATRA/BallyPenetrometer
38
STD704
SATRA/BallyStiffnessMeterusedwithPenetrometer
38
STM706
SATRA/BallyPermeometer
38
STM766
TensileTestingMachine(HighCapacity)
32
HTE703
OzoneTestChamber
24
HTE903
OzoneTestChamber
24
Index
Numerical Index
continued
1
Abrasion
TheSATRASTM528Pedatronwasoriginallydevelopedtoconductwholeshoetests,providing
arealisticmechanisedmethodofassessingsolingwear.However,inadditiontoconducting
solingwearassessments,itisalsoveryeffectiveinassessingawiderangeofcharacteristicsof
wholefootwear,includinginternalfootwearcomponents.ThePedatronhasbeendevelopedto
closelyreplicatetheactionofwalking,withparametersdeterminedfrombiomechanicalstudies
ofwalkinggaits.
TheSATRAPedatrontestreproducestheflexing,shearloads,compression/impactandturning
motionswhichoccurinfootwearuse.TherepeatablenatureofPedatrontestingallowsforan
assessmenttobemadeofhowalternativeconstructions–forexample,intheupperorthe
methodofassembly–influencesolingwear.ThePedatroncanoperateonacontinuousbasis
producing48,000stepcyclesin24hours.
Astandardtexturedflooringsurfaceisavailableforfootwearsoleabrasiontestingallowing
consistentresultstobeobtained.Inaddition,awiderangeofflooringsurfacescanbeinstalled
inthePedatron,andusedforspecificfootweartoflooringinterfacetesting.
TheSATRAPedatronhasbeenfoundtobeveryeffective,whenusedinconjunctionwithother
testmachines,assessingfootwearoverasimulatedlifetimeofuse.Forinstance,aslipresistance
testcanbecarriedoutonanewfootwearsampleusingtheSATRASTM603testmachine,and
thenrepeatedafteraperiodofPedatronweartesting.Thisallowsanassessmenttobemade
oftheeffectofsolingwearandotherdamage(suchascompressionsetand/orspread)onthe
footwearʼsslipresistance.AnotherexampleiscombiningPedatronweartestingwithwater
resistancetests.Conductingawaterresistancetest–forexample,usingaSATRASTM505test
machinebeforeandafterPedatrontesting–allowsforanassessmenttobemadeoftheeffects
ofwearonthewaterresistanceofthefootwear.
ThePedatronhasalsoprovedveryeffectiveforassessingthewearofflooringsurfaces.The
flooringsamplesaretypicallysubjectedtoonemillionstepcycles.Thewearpatternscreated
havebeenfoundtoberepresentativeofactualflooringwearinsitu.
STM528Pedatron
2
Abrasion
Thismethodutilisesastandardeyeletmountedonarigidboardandthelacetobetested.Laces
shouldbestoredinastandardcontrolledatmosphereforatleast48hoursbeforetesting.The
equipmenthassixstationsfortestinglaces.Eyeletsaffixedtorigidboardsareplacedinthe
holdersprovided.Oneendofthelacetobetestedisclampedinacarrierandtheotherendis
passedthroughtheeyeletandthenfixedtoaweightcapableofapplyingatensioningforceof
4.46Ntothelace.Themachinemoveseachlaceadistanceof75mmthroughtheeyeletat100
cyclesperminute.Themovementofthecarriercausesthelacetorubintheeyelet.Eachstation
hasaseparatecounterand,whenalacebreaks,thecountisstoppedonthatstation.Whenall
sixlaceshavebroken,themachinewillstop.STM152isprovidedwithhandcontrolforease
ofsettingandisfullyguardedtocomplywithEuropeanHealthandSafetyrequirements.This
machinecanbeusedtotesteyeletsagainststandardshoelacesoralternativelyshoelaces
againststandardeyelets.
Shoelaceabrasion
Shoelacesthatbreakareafrustratingproblemandcanspoiltheperformanceofotherwisegoodfootwear.Predictingtheprobablelifeofa
shoelaceordeterminingitsabrasionresistancecanbecarriedoutusingtwoabrasiontechniquesdescribedbelow.Abrasionresistance
givesamuchbetterindicationthantensilestrengthoftheservicelifeofabootorshoelace.WithSATRAtestequipment,lacescanbe
assessedforabrasionresistanceusingashoelacetoshoelacetechniqueor,alternatively,ashoelacetoeyeletmethod.Twomachinesare
requiredtocarryoutthetwotestsandtheyareoutlinedhere.
STM152Lacetoeyeletmethod
Thismethodisaversatiletestwheretwosimilarlacesareabradedtogether.Lacesshouldbe
storedinastandardcontrolledatmosphereforatleast48hoursbeforetesting.Oneofthetwo
lacesusedateachofthesixstationshasbothendsofthelaceclampedinthecarrierprovided.
Thesecondlaceisthreadedthroughtheloopcreatedbythefirstlace.Oneendofthesecond
laceisfixedtoamovingcarrierwhiletheotherisattachedtoaweightthattensionsthelaceto
2.45N.Whenthemachineisstartedtheactionofthemovingcarriercausesthetwolacesto
abrade.Themachinemoveseachlaceadistanceof35mmatafrequencyof60cyclesper
minute.Eachstationhasaseparatecounterand,whenalacebreaks,thecountisstoppedon
thatstation.Whenallsixlaceshavebroken,themachinewillstop.STM439isprovidedwith
handcontrolforeaseofsettingandisfullyguardedtocomplywithEuropeanHealthandSafety
requirements.Thesamemachinecanbeusedtotesttheabrasioneffectsofrubbingthelace
throughalacecarrierorhook,forexampleeyelets,D-rings,skihooksandothers.
STM439Lacetolaceandlaceto
carriermethods
Thismachineisidealfordeterminingtheabrasionresistanceofalltypesoffabricsandleather
usedforfootwear,upholstery,clothing,glovesandmanyotherproducts.TheMartindaleisthe
internationally-acceptedteststandardforwearoffabricsanditisalsousedfordeterminingthe
susceptibilityoffabricstopilling.
TheSTM633canalsobeusedfortestingtheabrasionresistanceofrubbergloves,plasticand
rubbercoatedfabricsbysubstitutingthestandardabradantwithagritpaper.
Themachinecanbeusedforsoilingtestsforlightcolouredmaterials.Aspeciallyinkedfabric
replacesthestandardabradantforthistest.
Aninitialamountofthestandardabrasivefabricissuppliedwiththemachine.
STM633SATRA/Martindaleabrasionmachine
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