Water Vapour Penetration Tester
It’s used to determine the water penetration for various shoe upper materials as leather, synthetic leather, cloth etc.
cut the specimen, then place it into the machine, immersing the specimen into water and flexing it to measure Penetration index or the based of or improve the materials ,water-proof processing. Leather, leather, cloth etc.
Standards: EN 420-4.2.
Technical Parameter:
Working Position
4 Pcs
Cylinder Diameter
30mm
Test Displacement
2,3,4,5, 6mm adjustable
Test speed
50±1cpm
Counter
LCD 0-999 999
Timer
LED 1-999 min
Dimension
500*420*390mm
weight
56kg
Power
AC220V 50HZ 3A
$2,940.00
Related Products
This Apparatus is intended for determination of resistance to cutting by sharp objects – edges, such as knives, sheet metal parts, swart,
glass, bladed tools and castings on materials and assemblies designed for protective clothing, protective gloves and other personal
protective equipment against cutting by sharp objects
Standards:
EN ISO 13997:1997 / Protective clothing – Mechanical properties – Determination of resistance to cutting by sharp objects
ASTM F2992/F2992M-15/Standard test method for
Measuring Cut Resistance of Materials Used in Protective
Clothing with Tomodynamometer (TDM) Test Equipment
EN 388:2016; c. 6.3 / Protective gloves against mechanical risks
Principle:
The device with the use of selected constant force and perpendicular at a velocity of 2,5 mm/s cutting test sample by a blade of standard
sharpness and measures the cutting stroke length in accurate to 0,1 mm. The cut resistance of a sample material is expressed as the cutting
force that is required to be applied to a blade of standard sharpness to just cut through the material in a 20 mm blade stroke
Technical characteristic:
Practical for handling (small size and weight)
Force application system to move the specimen holder towards the blade can be between 0,1 and 200 N,
The device is supplied with weights 0,1 to 61 N (more than 61 N is optional) on an separated stand,
System for set measuring system to zero,
Sliding movable specimen holder length 112 mm on mount with system for adjusting and fixing of 9 cutting – testing position,
Easy and ergonomic replacement of blade and possibility of using unused part of blade two time by turning the blade,
Work area protected with movable transparent plastic cover for injury prevention,
Easy LOCK – UNLOCK system for gentle apply a selected testing force between specimen holder and the blade,
Testing control unit with alpha numerical LCD screen and “START POSITION”, “TEST”, ”STOP” and “COUNTER RESET” command button,
Result of cutting – cutting stroke length in accurate of 0,1 mm displayed on the alpha numerical LCD screen
Weight :39
Power supply:230 V~50 Hz
Consumable accessories:
Standard blades (Box of 100 pcs)
Standard calibration Neopren sheet (10 pcs)
Double sided adhesive roll
Aluminum roll
Leather softness tester is applied to measure the softness of leather and animal skins.
in order to understand the softness and hardness is uniform or not in the same batch of leather, or the softness and hardness is difference or not in a single piece of soft leather..
Standard: IULTCS.IUP/36, ISO 17235.
Technical Parameters:
a. Test diameter: 25mm/20mm
b. Load: 530±10g driven by miniature pneumatic
c. Dial: 0.1-10mm
d. Dimension: 136×485×168 mm
e.Weight: 5.3 kg
f.Include calibration plates
This Apparatus is intended for determination of resistance to cutting by sharp objects – edges..
such as knives, sheet metal parts, swart, glass, bladed tools and castings on materials and assemblies designed for protective clothing, protective gloves and other personal protective equipment against cutting by sharp objects
Testing standard:
EN ISO 13997:1997 / Protective clothing – Mechanical properties
Determination of resistance to cutting by sharp objects
ASTM F2992/F2992M-15/Standard test method for
Measuring Cut Resistance of Materials Used in Protective
Clothing with Tomodynamometer (TDM) Test Equipment
EN 388:2016; c. 6.3 / Protective gloves against mechanical risks
Technical Parameter:
Force: up to 200N exert between the cutting edge and blade
Force system to move specimen toward to blade or blade to specimen
Blade: stainless steel, hardness>45 HRC, thickness: 1.0+/-0.5mm
Easy and ergonomic replacement of blade
Moving speed: 2.5+0.5mm/s
A steel ball is pressed against the centre of the flesh side of a circular disk of leather securely clamped round its periphery. The pressure and the distension produced are recorded at grain crack and at burst ( if bursting orrcures).
A pinned acrylic sample holder ensures rapid sample mounting and repeatability of results. Fitted with a pre‐determined electronic counter for strokes up to 9999,
Test standard: ISO 17693, TM 24
Technical Parameter:
Steel Ball: Φ6.25mm
Measure area: Φ25mm
Testing Speed: (12±2)mm/min
Specimen : Φ44.5mm
Capacity: 1000N
Units; Kg, Lb, N
Control mode: Micro-computer control, LCD display
Dimension: (WxDxH) 46x39x50cm
Weight(Kg): 50Kg
Power: 220V, 50Hz/60Hz, Single Phrase
Purpose of use:
Apparatus is intended for cut resistance testing of protective gloves, safety, protective and occupational footwear and other products.
Apparatus is made according to the requirements and apply for the tests according to the following standards:
Standards: EN 388; c. 6.2, EN ISO 20344; c. 6.14
Operating principle:
Test specimen and control specimen are cut by a counter-rotating circular blade with a diameter of (45 ± 0,5) mm, a thickness of (0,3 ± 0,03)
mm, total cutting angle of 30° to 35° and hardness of 700 HV to 720 HV which moves with an alternating motion of 50 mm under a specified load
of (5 ± 0,5) N with counter that counts down 1/10 cycle of motion with a resulting sinusoidal cutting speed of the blade at (8 ± 2) cm/s.
Protective gloves against mechanical risks – Blade cut resistance
Personal protective equipment – Test methods for footwear – Determination of
resistance of upper to cutting
Description of the device:
The device consists of frame with the main switch unit, control unit with alpha numerical LC display, stand for accommodation the test specimen carrier and control specimen carrier, mechanism with a circular blade, holder of circular blade mechanism in the upper position, test specimen carrier (5 slots) and control specimen carrier (6 slots).
Dimension: (L) 500 x (W) 300 x (H) 250 mm;
Weight: 21 kg;
Power supply: 230 V ~ 50 Hz; 25 W
Blade Cut Resistance Tester is used to determine the protective capability the safety glove against cutting. .
A driving rotation round blade under a specified load cuts the glove held by the fixture of tester to and fro. After test, compare it with its original statuses to get the results.
Standards: EN388 6.2
Technical Parameter:
Load on blade
5±0.05N
Max.cutting speed
10cm/s (adjustable)
Horizental moveing distance
50mm
Blade Dimension
Diameter: 45±0.5mm, Thickness: 3±0.3mm
Counter
1-99999
Specimen holders
2 Pcs
Blades
6 Pcs (1 one machine, the 5 pcs is as spare blade)
Conductive rubber
4 Pcs
Note: We will update the cut resistance tester similar machine from Satra UK
This Apparatus is intended for determination of resistance to cutting by sharp objects – edges, such as knives, sheet metal parts, swart,
glass, bladed tools and castings on materials and assemblies designed for protective clothing, protective gloves and other personal
protective equipment against cutting by sharp objects
Standards:
EN ISO 13997:1997 / Protective clothing – Mechanical properties – Determination of resistance to cutting by sharp objects
ASTM F2992/F2992M-15/Standard test method for
Measuring Cut Resistance of Materials Used in Protective
Clothing with Tomodynamometer (TDM) Test Equipment
EN 388:2016; c. 6.3 / Protective gloves against mechanical risks
Principle:
The device with the use of selected constant force and perpendicular at a velocity of 2,5 mm/s cutting test sample by a blade of standard
sharpness and measures the cutting stroke length in accurate to 0,1 mm. The cut resistance of a sample material is expressed as the cutting
force that is required to be applied to a blade of standard sharpness to just cut through the material in a 20 mm blade stroke
Technical characteristic:
Practical for handling (small size and weight)
Force application system to move the specimen holder towards the blade can be between 0,1 and 200 N,
The device is supplied with weights 0,1 to 61 N (more than 61 N is optional) on an separated stand,
System for set measuring system to zero,
Sliding movable specimen holder length 112 mm on mount with system for adjusting and fixing of 9 cutting – testing position,
Easy and ergonomic replacement of blade and possibility of using unused part of blade two time by turning the blade,
Work area protected with movable transparent plastic cover for injury prevention,
Easy LOCK – UNLOCK system for gentle apply a selected testing force between specimen holder and the blade,
Testing control unit with alpha numerical LCD screen and “START POSITION”, “TEST”, ”STOP” and “COUNTER RESET” command button,
Result of cutting – cutting stroke length in accurate of 0,1 mm displayed on the alpha numerical LCD screen
Weight :39
Power supply:230 V~50 Hz
Consumable accessories:
Standard blades (Box of 100 pcs)
Standard calibration Neopren sheet (10 pcs)
Double sided adhesive roll
Aluminum roll
Sample Buff Machine applies to the abrasion test of resilient material, rubber, tyre,
transport belt, synthetic leather. It’s effective and easy to operate.
Standard:
BS-903 DIN53516 ISO-4649 GB/T 9867 SATRA TM174 JIS-K6264, EN12770, ISO 20871.
Technical Parameter:
Specimens size: Φ16±0.2mm, 6-14mm (thickness)
Fixture load: 2.5N
Weight loadL: 2.5N, 5N (Can combined with fixure load to be 10N)
Fixture lateral displacement: 4.2mm/wheel each lap
wheel diameter: 150mm±0.2
wheel length: 460mm
wheel rotate speed: 40±1r/min
Travel reservations: 40m/20m
Abrasion speed: 0.32m/sec
Dip angle: 3° the angle of the specimen back shaft with vertical roller face
Dimension: 73cm ×31cm ×35cm
Weight: 65Kgs
Apparatus for determining the water vapor permeability through the leathers is applied to all types of leather especially for leather uppers and lining of footwear or other types of materials for making uppers and lining of footwear such as all kinds of textile and lining of other materials such as waterproof textile laminates and etc ..
Also, result of testing the water vapor permeability together with the result of water vapor absorption is necessary to calculate the water vapor coefficient as an important physical quality indicators.
Apparatus is made according to the requirements and apply for the tests according to the following standards:
EN ISO 14268 Leather Physical and mechanical tests Determination of water vapour permeability
EN 13515 , EN ISO 20344
Footwear Test methods for uppers and lining Water vapour permeability and absorption
Personal protective equipment Test methods for footwear
6 Test methods for upper, lining and tongue
6.6 Determination of water vapour permeability (WVP)
6.8 Determination of water vapour coefficient
Operating principle:
Into the test glass bottles place dry silica gel, then set test samples on a opening of the bottles and fix with cap. Place bottles in the device, adjust the time duration of the test, close the sliding door and start the device. The device must be located in the area with the prescribed conditions of temperature 23 ± 2 °C and relative humidity of 50 ± 5%
Description of the device:
The device consists of six (6) test glass bottles and screw cap with the prescribed circular opening, which with the help of a clik – clak system is positioned on vertically mounted turntable. Turntable turning at 75 rpm ± 5 rpm and fan unit turning at 1400 rpm ± 100 rpm in the opposite direction of turntable. The space in which occurs rotation of the test bottles is closed with a sliding door, with a magnetic safety contact switch. The device has a control unit with an alpha numeric LCD screen to adjust the time period of the testing and a sound signal for the end of the test.
Dimension: (L) 550 x (W) 300 x (H) 300 mm;
Weight: 25 kg
Power supply: 230 V~50 Hz
The machine is to analyses the water vapor permeability of leather, industrial fabrics and all permeable materials..
Standards: EN 420-6.3
Technical Parameter:
Circular opening and diameter of the neck of jar: 30mm
Sample rotation speed: 75+/-5rpm
The jars axes parallel to the axle of the disc at a distance: 67mm
The holder can hold 6 Pcs jars at the same time
Ventilation system: 3 blades rotating at 1400+/-100 rpm
The blades dimension: 90mm×75mm
Power: 220V, 50Hz
This Apparatus is intended for testing resistance to cutting by a chain saw of personal protective equipment designed to protect against the risks arising from the use of hand-held chain saws.
Apparatus is made according to the requirements and apply for the tests according to the following standards:
EN 381-1 Protective clothing for users of hand-held chain saws – Part 1: Test rig for testing resistance to cutting by a chain saw
Operating principle:
The test rig has been designed to apply a moving chain saw to personal protective equipment in such a way that both the speed of chain and the amount of kinetic energy applied are controllable. At the moment of test the chain is not at the power (physically disconnected) and moves solely under the influence of its own momentum, together with that of a flywheel to which it is connected. The chain is than allowed to pivot down onto the test sample. The result of test is observation whether or not the sample shows a cut-through at given test speed.
Description of the device:
The device was made according to requirements of standard EN 381-1 with ability to adjust a test speed from 0 to 32 m/s and consists of digital speed display, digital timer (in sec/100) of measurement for free running stopping time, system for positioning adjustment of chain saw and lowest positioning safety stopper for test mount protection and protective cover with safety electronic system. The device also contains test mount for testing of leg protectors according EN 381-2 adjustable in 45° and 90° position, eight pieces of weights (250 g) for uniform tension of calibration pad/test sample, device for preparing sample before put on mount (for perforation hold for needles), distance plate for determination of distance between chain and test sample or calibration pad, one spare guide bar, chain and covering material (EVA foam).
Dimension: (L) 850 x (W) 650 x (H) 1250 mm;
Weight: 90 kg;
Power supply: 230 V ~ 50 Hz;
This Apparatus for determination the water vapor absorption of leather is applied to all types of leathers especially for leather uppers and lining of footwear or other types of materials for making uppers and lining of footwear such as all kinds of textile and lining of other materials, as waterproof textile laminates, etc ..
Also, result of testing the water vapour absorption together with the result of water vapor permeability is necessary to calculate the water vapor coefficient as an important physical quality indicators.
Apparatus is made according to the requirements and apply for the tests according to the following standards:
EN ISO 17229, Leather – Physical and mechanical tests – Determination of water vapour absorption
EN 13515 Footwear absorption test methods for uppers and lining Water vapour permeabilityand absorption
EN ISO 20344 Personal protective equipment – Test methods for footwear
6 Test methods for upper, lining and tongue
6.7 Determination of water vapour absorption (WVA)
6.8 Determination of water vapour coefficient
Operating principle:
Into the test vessel pour the prescribed amount of distilled water, on the opening of the container adjust a test sample which covers the seal and then strengthen a cover. Containers with samples are positioned on the stand and placed in the area with the prescribed conditions of temperature of 23 ± 2 °C.
Description of the device:
The device consists of six (6) test containers with a seal and a cover that are placed on the stand, and the pressure knife for preparing – cutting the samples.
Dimension: (L) 350 x (W) 240 x (H) 170 mm;
Weight: 7 kg