Glove Testing Machine | Complete Glove Quality & Safety Test Equipment
Glove Testing Machine – All Types of Glove Quality Testing Equipment
Glove testing machines are essential laboratory and industrial test equipment for verifying the performance, durability, safety and compliance of disposable medical gloves, industrial safety gloves, latex gloves, nitrile gloves and protective work gloves. Manufacturers, quality control labs, third-party testing institutions and regulatory authorities rely on high-precision glove testing machines to conduct standardized tests, eliminate defective products, and meet global industry certification standards.
Our comprehensive glove testing machine series covers all mainstream glove testing items, helping you complete full-performance glove inspection with stable operation, accurate test data and easy daily maintenance. Whether you need basic physical property testing or professional compliance testing for certified production, our integrated glove test equipment solutions match your production and quality control demands perfectly.
Main Types of Glove Testing Machines
Cut Resistance Glove Testing Machine
Cut resistance glove testing machine complies with EN ISO 13997 and EN 388 standards, specially designed to test the anti-cut performance of safety protective gloves. It applies constant cutting force to glove surface materials to record damage resistance data, supporting grade classification of anti-cut gloves for construction, machinery and industrial labor protection scenarios.
Glove Tensile Testing Machine
This glove tensile testing machine measures tensile strength, breaking elongation and material flexibility of glove raw materials and finished products. It is suitable for rubber, polymer and synthetic glove materials, ensuring gloves maintain good elasticity and structural integrity during stretching and daily use.
Puncture & Tear Resistance Glove Tester
Puncture resistance glove testing equipment simulates sharp object piercing to detect the anti-puncture ability of protective gloves. The tear test function evaluates material toughness, ideal for heavy-duty industrial gloves, chemical resistant gloves and labor protection gloves.
TPP Thermal Protection Tester
This is designed to test the thermal protective and insulation performance of exposed outer surfaces (including flame-retardant protective clothing, fire-fighting suits, fire boots, gloves, and helmet exteriors) made of flame-retardant fabrics when exposed to radiant and convective heat sources. It supports calculations for TPP (Thermal Protective Performance) value, TPE (Thermal Protective Evaluation) test, and FFF (Fabric Flammability Factor) algorithm.
Gloves Heat Contact Machine
This heat contact machine applies to testing welders gloves resistance contact heat performance (for hand & wrist protection) in welding and related works process
Glove Integrity Testing Machine for Cleanroom
Wireless glove integrity testing machine is customized for cleanroom, isolator and RABS system in pharmaceutical, biotech and aseptic production. It supports on-site non-destructive testing, paperless data recording and real-time data traceability for high-standard sanitary production environments.
Applicable Glove Categories for Testing
Medical examination gloves, surgical sterile gloves
Nitrile gloves, latex gloves, PVC disposable gloves
Industrial safety gloves, anti-cut gloves, anti-slip work gloves
Chemical resistant gloves, acid and alkali protective gloves
Electrician insulating gloves, high-voltage protective gloves
Food grade contact gloves and household protective gloves
Compliance Test Standards for Glove Testing Machine
Qualified glove testing equipment must support international mainstream testing standards to ensure test report validity and product market access:
EN 388: Protective gloves against mechanical risks
EN ISO 13997: Cut resistance test for protective gloves
ASTM D6319: Standard for medical nitrile examination gloves
ASTM D5250: Latex medical glove testing specification
ISO 14644-7: Cleanroom glove integrity monitoring
EU GMP Annex 1: Aseptic production glove safety requirements
GB & other regional mandatory quality inspection standards
Core Advantages of Glove Testing Equipment
High Test Accuracy: Equipped with imported high-precision sensors, stable data output, repeatable test results for laboratory certification.
Full Standard Compatibility: adapts to multiple international standards, meeting different regional export certification needs.
Automatic Operation: Intelligent control system, automatic data storage, reducing manual operation errors.
Durable Structure: Industrial-grade material frame, long service life, low failure rate and simple maintenance.
Customized Solution: Customized test fixtures and functions for special gloves and exclusive testing requirements.
Complete After-sales: Professional calibration, installation guidance and technical support for global clients.
Common FAQs About Glove Testing Machine
What is a glove testing machine used for?
Glove testing machine conducts physical and safety performance tests on finished gloves and raw materials, including air tightness, cut resistance, tensile strength, puncture resistance and insulation performance, to control product quality and meet industry compliance requirements.
Which industries need glove test equipment?
Medical device manufacturing, protective equipment production, pharmaceutical cleanrooms, food processing, industrial labor protection, electric power safety, third-party testing labs and quality inspection departments all need professional glove testing machines.
How to choose a suitable glove testing machine?
Confirm your test items, applicable glove types and target compliance standards first. For small factories, multi-functional combined glove testing machines are cost-effective; for laboratories and certified enterprises, high-precision single professional test equipment is more suitable.
Is the glove leak test machine fully automatic?
Most new-generation glove leak testing machines support fully automatic inflation, pressure holding, leakage judgment and defective product sorting, greatly improving daily detection efficiency for mass production.
Wholesale & Custom Glove Testing Machine Supply
We provide wholesale, OEM and customized glove testing machine services for global distributors, manufacturers and laboratories. All our glove test machines have CE certification, stable performance and competitive factory prices.We offer professional test scheme design, operation training and after-sales maintenance services, helping global buyers obtain cost-effective and high-quality glove quality testing equipment.
Textile waterproof performance testing, also known as water resistance testing, is mainly divided into water penetration resistance (hydrostatic pressure) testing, surface water repellency (spray rating) testing and water repellency test.
Under what circumstances is hydrostatic pressure tested? Is it necessary to test the water staining level? Does water repellency test need to be tested at the same time?
Commonly used test methods are listed in the table below
Water Resistance Test MethodsTest EquipmentHydrostatic Pressure RatingHydrostatic Pressure Tester GT-C26ASpray RatingSpray Rating Tester GT-C31Water Repellency TestBundesmann Water Repellency Tester GT-C38
Water Resistance Test Methods
1. Hydrostatic Pressure Rating
The degree to which a fabric resists being penetrated by water. Hydrostatic pressure resistant textiles are a class of fabrics with special functions, which are not only widely used but also rapidly developed, generally used in outdoor sports jerseys, table cloths for family use, mackintoshes and umbrellas for daily use, and swimming suits and diving suits.
Hydrostatic pressure test is a common method to assess the water resistance of fabrics. It is based on the principle of hydrostatic pressure on the fabric to indicate the resistance of water through the fabric. Under standard atmospheric conditions, one side of the specimen is subjected to continuously rising water pressure until three seepage points appear on the other side, and the value of the water pressure at the time of the third seepage point is recorded, and this is used to evaluate the waterproof performance of the specimen.
The Hydrostatic Pressure Tester GT-C26A evaluates waterproof properties of materials including canvas, coated fabrics, coated fabrics, hood fabric, tarpaulin, rain-proof fabrics and geotextile.
Standards
AATCC 127 Option 2, ISO 811, ISO 1420, GB/T 4744, GB/T 9082, FZT 01004 , DIN 53886 , EN 20811, EN 13726-3, EN 1734, BS 2823, WSP 80.6, JIS L1092-7.1.1 Method A
2. Spray Rating
The degree to which a fabric surface resists being wetted by water. Also called surface moisture resistance. This method is applicable to all waterproof treated and untreated fabrics, and the measured waterproof result has a great relationship with the fibres, yarns, fabric treatment and fabric structure.
Spray rating testis through continuous spraying or dripping water onto the specimen, observe the water staining characteristics of the specimen on the surface after a certain period of time, and compare with various wetting degree samples to assess the waterproofness of the fabric.
The Spray Rating Tester GT-C31 measures fabric resistance to surface wetting by simulating rainwater exposure. It sprays distilled water onto specimens positioned 150mm below a 45-degree nozzle. Then contrast and evaluate the specimen surface with the standard cards.
Standards
AATCC 22, ISO 4920
3. Water Repellency Test
The performance of a fabric in resisting the amount of wetting and penetration by water. This method is applicable to any fabric with or without a water repellent finish.
The impact water penetration resistance of single or composite fabrics is measured at different speeds of water impact strength. The principle is that the test sample is wrapped around a weighed absorbent paper, the absorbent paper is weighed again at the end of the test and the difference in weight between the two times is the amount of water penetration of the sample.
Bundesmann Water Repellency Tester GT-C38 use the Bundesmann method to test the water repellency of fabrics.
Standards
GB/T14577, ISO 9865, BS EN 29865, DIN 53888, JIS L1092
The evaluation of the water resistance of textiles by the relevant testing organisations is often determined by the user according to the type and use of the textiles. Waterproof performance requirements vary significantly depending on textile applications and quality grades. For instance and different evaluation requirements. As the waterproof and moisture permeability of textiles are often a pair of contradictory properties, the moisture permeability of products with good waterproof performance is relatively poor. At present, products with good waterproof and moisture permeability properties are often the most high-grade products, so they also greatly limit the use of waterproof textiles.
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Everything You Need to Know About the Hydrostatic Head Tester
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IntroductionWith the development of science and technology and the growing consumer demand for clothing functionality, the waterproof performance of textiles has become one of the most important indicators for measuring the quality of outdoor clothing, functional fabrics and protective equipment. Hydrostatic pressure tester is an important tool for testing the waterproof performance of materials or products
Scope of application: The Hydrostatic Head Testing Machine is widely used in many fields, such as textiles, leather, building materials, automotive interiors, electronic packaging, etc., automotive interiors, electronic product packaging, etc., to ensure that the waterproof performance of the product meets the standard. Especially in the textile field, this equipment is mainly used to test the water permeability of compact fabrics (e.g. canvas, tarpaulin, felt, tent fabrics, rainproof clothing fabrics) under continuously rising water pressure.
Testing Principle
The working principle of the hydrostatic pressure tester is based on pressure sensors and high-precision computer processing technology. The equipment works by applying increasing (dynamic test) or constant (static test) water pressure to the specimen until water penetration occurs. During the test, the pressure transducer monitors and records in real time the value of the hydrostatic pressure to which the specimen is subjected. At the end of the test, the average maximum water pressure of the specimen can be measured and calculated (usually in mBar or cmH2O) to assess the water resistance of the material.
Core Components and Functions
Touch-Screen display with English menu.
Internally installed water tank design and original water pressure balance system makes the rate of rise stable and exact.
Provide the conditions for hydrostatic pressure testing, including the test platform machined from stainless steel material, test tank, pressure transducer and other components.
Responsible for controlling pressure changes during the test and recording test results. Some equipment may also be equipped with additional features such as touch screen displays, digital displays, etc. to improve the convenience and accuracy of testing.
What are the Test Standards for Hydrostatic Head Tester?
The Hydrostatic Head Testing Machine is a standardised procedure used to assess the water resistance of textiles and materials. Multiple test standards govern the execution of the Hydrostatic Head Test, ensuring consistency, accuracy and reliability across various industries and applications. Some of the most commonly cited test standards (also known as waterproofing test standards) include:
AATCC 127 Option 2, ISO 811, ISO 1420, GB/T 4744,
GB/T 9082, FZT 01004 , DIN 53886 , EN 20811, EN 13726-3,
EN 1734, BS 2823, WSP 80.6, JIS L1092-7.1.1 Method A
How to Conduct Hydrostatic Head Tester?
1. Power on.
2. Open the lid of the water filler on the top of the hydrostatic head tester in textile. Then, use the funnel to add about 3000ml of purified water. Close the lid after adding water.
3. Connect the air source and adjust the cylinder pressure according to the testing range.
Testing range is 200KPA, pressure shall be about 0.3Mpa.
Testing range is 500KPA, pressure shall be about 0.4Mpa.
Testing range is 1000KPA, pressure shall be about 0.5-0.6Mpa.
The knob can adjust the pressure of the upper and lower fixtures.
4. The water inside the water tank could be discharged from the water valve.
The overflow from the the fixture could be discharged from the water valve.
5. Press “Enter ” enter to the test page.
“BACK LIMIT ” is limitation prompt. (The test can only be done when the it returns to the limit position.)
6. Click “SETTING” to enter the test interface.
7. Select required Test Method. Five test methods for choice: (1)Pressure Rise (2)Const. P. & Timing (3)Const. P. & Time (4)Water Penetration (5) Fatigue.
8. Click “TEST_INF ” back to the test interface.
9. Click “Water” to add water to the lower test fixture. Click “Water” again to stop adding water when water overflows.
10. Place the sample in the test head so that the face of the sample will be in contact with the water.
(Try to ensure that the specimen is in contact with the water surface to prevent the presence of air at the bottom of the specimen, which will affect the test results.)
11. Click “Down” to press down the upper fixture.
(If Current Pressure is not 0Kpa, click “Drain” for drainage few water. Please click “TEST” to start test when the Current Pressure is 0Kpa. )
12. Before test, click “P.Zero” to clear. Then, click “TEST” test to start test.
When the pressure reaches the set preload pressure value, the machine starts the timer.
11. Click “UP” to up the fixture after the test.
The machine will automatically return to the limitation position. (When it prompts BACK LIMIT, please can do next test.)
12. Click “RESULT ”to view the result. Click “SNAPW.” to check the point result. Click to “PRINTALL” to print out the test results.
Problems that May arise During the Test
During hydrostatic pressure testing, improper operation may have an impact on the results of the experiment. The following situations can affect the results of the experiment:
a) Before clamping the specimen, make sure that there is no air between the specimen and the water, and then clamp the specimen for the test of the experiment. If air remains between the specimen and the water, the water cannot contact the test area uniformly, and some areas may fail to form water droplets, affecting the results.
b) During the test, try to ensure that there is no water seepage or leakage at the edge of the specimen holding device. If the specimen seeps or leaks at the edge of the clamping device, water will seep out from the edge of the clamping device during the test, and the test pressure of the specimen will rise erratically, which will not ensure the accuracy of the experimental results, and will have an impact on the experimental results.
Conclusion
Hydrostatic pressure head tester for the textile industry to provide a set of uniform, reliable waterproof performance test method. For enterprises, it helps to improve product quality control standards; for consumers, it can be more intuitive assessment of the waterproof level of the product, to facilitate the purchase of products suitable for their needs!
Understanding Universal Tensile Testing machine: Feature, Operation
What is a Universal Tensile Machine?
This electronic universal testing machine is designed for conduct tensile, compression, bending, shearing, bonding strength, peeling, tearing and other tests for rubber, plastic, leather, metal, nylon line, fabric, paper, aviation, packaging, construction, petrifaction, electrician, vehicle and other materials. Universal material testing machine is a basic equipment of quality control, receiving inspection, physical test, mechanics research, material development.
What is the Feature of UTM Machine?
1. The power system: servo motor and servo drivers and worm gear and rod reducer and ball screw.
2. Control system: adopting Pulse Command control method, it will be more accuracy and easy to control.
3. The speed control range: 0.001-500mm
4. The intermediate plate adjustment is both fast coarse and slow fine-tuning.
5. it will return to original site and save automatically after testing.
6. Data transmission mode: RS232 transmission.
7. This universal tensile testing machine can realize constant speed, positioning, constant power, constant stroke control mode and multi-level control mode which can meet the test requirements of the ordinary.
8. Testing space: test width is 400 mm (standard)
9. All plate walking space: 1100 mm (excluding fixture, according to the customer requirements).
10. The entire displacement: the encoder is 1800 P/R, it can improve 4 times accuracy
11. Using the LINE DRIVE encoder strong anti-interference ability displacement resolution 0.001 mm.
12. Safety device: overload emergency stop device, up and down stroke limit device, leakage automatic blackout system, automatic break point stop function.
How to Conduct the Electronic Universal Testing Machine
Trial run
1. Use remote control to move the crossbeam up and down, and check if the crossbeam can move.
2. Move the lower limit below the crossbeam and then move the crossbeam downwards to check if the limit is working.
3. Check the upper limit using the same way.
Operation
1. Firstly, install the fixture and insert it into the base. Then, insert the plug and tighten the nut with a wrench. Adjust the fixture to the appropriate position and tighten the nut.
2. Install another upper fixture using the same way.
3. Adjust the distance of the fixtures to 250mm.
4. Install the sample: Please refer to the steps in the video to install the sample.
5. Close the protective cover and confirm on the software that the testing method is ASTM D6775. Confirm that the sample information is correct, click "ZERO", and then click "TEST" to start the test.
6. After the test is completed, observe the data and export the report.
7. Close range observation of the test.
8. Now demonstrate the installation of sensor for other ranges and other types of fixtures
9. Install a 5t to 1T adapters on the base.
10. Install a 250kg sensor at the joint of the crossbeam, remove the signal wire of the 5t sensor, and install the signal wire of the 250kg sensor.
11. Install pneumatic fixtures, please refer to the operation in the video and use the same way to install other types of fixtures.
12. Leave a certain distance between the fixtures and move the lower limit to the crossbeam to trigger it, ensuring that the fixtures will not collide.
13. Insert the pipe into the joint of the pneumatic fixture and connect compressed air to allow the pneumatic fixture to open and close normally.
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According to ASTM D642 Standard: Detailed Box Compression Strength Tester GT-N02A
ASTM D642 is an internationally recognised standard for assessing the compression resistance of paper packaging, applicable to corrugated boxes and cardboard materials. This test evaluates the compressive strength and load-bearing capacity of packaging materials by simulating the pressure experienced during stacking.
ASTM D642 Standard and Testing Method
ASTM D642 test method covers compression tests on shippingcontainers (for example,boxes and drums) or components,orboth. Shipping containers may be tested with or withoutcontents.The procedure may be used for measuring the ability of the container to resist external cormpressive loads applied toits faces, to diagonally opposite edges, or to corners.This test method covers testing of multiple containers or unit loads, in addition to individual shipping containers,components,materials, or combination thereof.
This test method is related to TAPPI T804, which issimilar for fixed platen machines but does not recognize swivelplaten machines.
Test Procedure
Select a sample size and condition each specimen as indicated
Carefully center the specimen on the bottom compression platen
Slowly bring the top platen into contact with the specimen
Apply the desired pre-load
Make sure your system is set to specimen deformation
Begin to apply load at the constant rate indicated in the specification
Continue test until failure or specified load
Repeat this procedure with each specimen
Equipment Required for ASTM D642
Your compression test machine choice will depend on the maximum specimen size that you need to test.
Select the GESTER Box Compression Strength Tester GT-N02A
Box Compression Strength Tester GT-N02B Type Compression Testing Machine with multi-function and high precision is designed to test the compressive strength of standard size corrugated box, or packages and containers made of other material with a compressive strength smaller than 100kN.
Can conduct tensile, compression, bending, shearing, tearing and peeling test; use PC and interface board for data collection, preservation, processing and printing test result; can calculate max force, yield strength, average peeling force, max deformation, yield point, elastic modulus and other parameters.
Measuring range: 0-10KN, 20KN, 30KN, 50KN, 70KN, 100KN (Optional)
Test Standards: ISO2872, ISO2874, ISO 12048, ASTM D642, TAPPI T804
Packaging Compression Tester Feature
Strength test
Strength test which belongs to a destructive test is mainly used to measure the deformation when the sample is loaded with maximum pressure or crushing strength.
Constant Value Test
There are two parameters which are to be set in the constant value test: load force value and deformation value. The user can set one or both of them according to the practical requirement. the measure is complete when any parameter reaches the set value.
Stacking Test
Stacking Test is used to check up that whether the sample can endure a constant pressure in a given time period. Set up two parameters: compressive strength and testing time (hour).
when the test starts, the system will check the current pressure at any moment to ensure the set value; the measure is complete when the test time is expired or the deformation value exceeds the set one within testing time.
The overall system is in good parallelism, stationarity and high return speed.
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