AI Detects the water droplets.
After the hydrostatic head test is started, the ultra-high definition camera will photograph the sample surface and monitor the water seepage throughout the process. AI intelligently judges the water droplets that meet the requirements and records the formation time and pressure value of the three droplets respectively, then stops the test and notifies the tester through the SmarTexLab App. The image report and video are generated automatically. You can playback the video to manually verify the results to avoid disputes. The instrument is equipped with a 10.1-inch high-definition display and has built-in computer.
Intelligent Detection Assist Mode
For some special fabric samples, flexible fabrics with raised surfaces, and fabrics prone to bursting, AI detection allows for a quick manual review. If the AI test results do not meet the requirements, you can manually mark the seepage point. There is no need to retest.
The AI is learning and refining, and its detection capabilities are increasing.
HydroDetector’s AI keeps learning. It allows for better detection through extensive testing.
Avoid water spraying after bursting of sample
The unique servo pressurization design makes the process smooth and stable. It avoids burst specimens and sprayed water from old compressed-air methods.
High-pressure testing is possible.
HydroDetectors are capable of high-pressure testing up to 600 kPa. You can customize higher test pressures.
Intelligent Sample Clamping System
with AI algorithm driven servo clamping system, this instrument can adjust the clamping pressure based on the samples’ thickness and hydrostatic pressure resistance. So the sample can get the necessary pressure without water leakage and change in fabric organization. Then it avoids invalid test caused by water seeps through the edges of the clamps.
In addition, this design avoids other problems, such as broken samples due to over-clamped or water leaks due to not enough clamping, which are usually caused by manual rotary clamping, cylinder clamping or mechanical clamping.
The HydroDetector can connect to ERP or LIMS
The instrument connects to the SmarTexLab APP via IoT on a smartphone or computer. It can also connect directly to ERP/LIMS. The operator can remotely monitor the status of multiple tests and get a reminder before the test ends. After the test, the test report including the sample information, test process and results will be generated and uploaded to the system. All relevant parties can view the report in real-time. You can use online chat to get quick support from ChiuVention customer service. Also, receive reminders to calibrate, maintain, and replace consumables on the instrument. Lastly, we can perform OTA remote upgrades regularly.
Wide range of applications
This Hydrostatic Head Tester is suitable for a wide range of materials, such as textiles, film materials, paper, construction materials, etc., and the water column pressure range can be adjusted according to different materials and testing requirements.
Designed in Germany, quality is our life.
All our textile testing equipment is developed in-house and in cooperation with a team of renowned German industrial designers, which makes our textile testing machines of outstanding quality. 100% source factory and factory price.
Application Examples of HydroDetector Hydrostatic Head Tester
Waterproof Clothing
Outdoor Equipment
Building Materials
Protective Clothing
Customer Feedback
“The feature that automatically monitors water infiltration is fantastic! We learned about ChiuVention in 2023 and cooperated many times.”
“Through the use of this Hydrostatic Head Tester，the quality of our protective clothing is improved and our products have been highly recognized by the hospital.”
OUR BROCHURE
FLYER
HydroDetector Hydrostatic Head Tester Standards
Standard
AATCC 127 Option 2, ISO 811, GB/T 4744, GB/T 40910, JIS L1092
Optional Standard
ISO9073-16, EN 1734
ISO 1420, AATCC 208
IS 7016(Part7), NWSP 080.6.RO(15), GB/T 24218.16, FZ/T 01004
The Specification of HydroDetector Hydrostatic Head Tester
Standard test head 100cm2
Units Pa, kPa, mmHg, cm H₂O
Pressure range 0~600 kPa (50m water column )
Higher test pressures customizable
Rising speed of water pressure 1～60 kPa/min, with variable and adjustable speed
Power 220 / 110 V 50 / 60 Hz
Weight 94 Kg
Dimension 360*670*635 mm（L*W*H）
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Frequently Asked Questions of Hydrostatic Head Testing
What's the main functions of hydrostatic pressure tester?- Measuring material waterproofness: It can determine at what water pressure fabrics or other materials will begin to leak.
- Evaluating waterproofing treatment effectiveness: Used to test whether the performance of waterproof coatings or treated materials meets standards.
- Quality control: Used during production to ensure that products meet waterproof performance standards.
- Research and development testing: Used to study the waterproof performance of new materials or new processes.
- Outdoor gear testing: Testing the waterproof performance of outdoor equipment such as tents, raincoats, backpacks, etc.
- Building material testing: Performance evaluation of construction materials such as waterproof membranes and waterproof coatings.
What are the maximum and minimum testing pressures of the device?0~600 kPa (50m water column ), this Hydrostatic Head Tester can test bigger water pressure than many other machines in the market.
We can also customize a pressure test capacity of more than 600 kPa for you.
Can it test different types of fabrics and materials?Of course, this hydrostatic head tester can test Outdoor Apparel, Tents and Outdoor Gear, Medical Textiles, Performance Fabrics, Military and Defense, Automotive and Upholstery Fabrics.
How precise is the pressure measurement? The instrument is driven by an AI algorithm according to the different values of sample thickness and hydrostatic pressure resistance， to ensure that different pressures are released according to different materials. Moreover, the pressure of sample clamping can be intelligently adjusted during the testing process, and the whole pressurization process is smooth and stable, so the accuracy of the test is very high.Does it comply with relevant international standards (e.g., ISO 811, AATCC 127)?Yes, and it is applicable to many test standards, such as
AATCC 127 Option 2, ISO 811, GB/T 4744, GB/T 40910, JIS L1092, ISO9073-16, EN 1734, ISO 1420, AATCC 208, IS 7016(Part7), NWSP 080.6.RO(15), GB/T 24218.16, FZ/T 01004
Is the rate of water pressure increase adjustable?Yes, the rate of water pressure can be adjusted.
What's the average time for a single test?It depends on the resistance of materials to hydrostatic pressure, but since the HydroDetector can monitor the water penetration on textile surfaces by AI,
you do not need to wait for it beside the machine, you can receive reminders from your phone when the 3rd drop of water appears.
Is the user interface user-friendly? Is a Chinese interface available?Yes， 2 languages can be used, English and Chinese.
Can it automatically record and store data?Of course, our HydroDetector Hydrostatic Head Tester is equipped with IoT technology, so the machine can link to a smartphone/PC,
and the test report and test process can be recorded and stored and then checked on your smartphone or PC. Also, you can link this machine to
LIMS and ERP.
Is it possible to export data to Excel or other formats?Yes, you can export the data, usually in PDF format.
Is there any accompanying data analysis software?Yes, this is an Intelligent Hydrostatic Head Tester.
Is hydrostatic head testing different from Waterproof Testing? Why?Yes, hydrostatic head testing is different from waterproof testing, though they both aim to evaluate water resistance. Here’s a breakdown of how they differ and why:
About Hydrostatic Head Testing
- Purpose: Hydrostatic head testing measures the resistance of a material to water penetration under pressure. It specifically quantifies how much water pressure (typically measured in millimeters of water column or Pa) a material can withstand before water starts to penetrate.
- Procedure: In hydrostatic head testing, a sample of the material is placed under a column of water. The water pressure is gradually increased, and the height of the water column (or equivalent pressure) is recorded when water begins to seep through the material.
- Common Applications: This test is often used for materials like waterproof fabrics, membranes, or textiles used in outdoor gear, tents, and clothing.
- Outcome: The result is a specific value that indicates the water resistance level, allowing manufacturers to grade the material’s waterproof capability based on standardized benchmarks.
About Waterproof Testing:
- Purpose: Waterproof testing is a broader term that refers to a range of tests designed to assess whether a product or material can prevent water penetration under specific conditions. It is not restricted to the pressure of water but can include other factors like immersion, rain exposure, and sealing efficiency.
- Procedure: Waterproof testing methods vary widely depending on the industry. It could include:
- Submersion tests (immersion in water for a set time)
- Rain chamber tests (exposing a product to simulated rain)
- Spray tests (simulating splashing water)
- Sealing tests (for electronics or enclosures)
- Time and depth criteria also vary, meaning a product might be tested at a certain depth underwater for a specific duration.
- Common Applications: Waterproof testing is applied to electronics (e.g., smartphones), footwear, construction materials, packaging, and any product expected to be fully waterproof in its intended environment.
- Outcome: The result is typically a pass/fail determination, based on whether the product or material remains dry inside after exposure to water under specified conditions.
What are the differences between Hydrostatic Head Test and Waterproof Testing?
- Testing Focus:
- Hydrostatic Head Test focuses specifically on the water resistance of materials under pressure, quantifying the level of water pressure a material can resist before water seeps through.
- Waterproof Testing is broader and evaluates overall water impermeability under various environmental conditions, including but not limited to pressure, immersion, and rainfall.
- Measurement:
- Hydrostatic Head Test results are expressed in measurable units (e.g., mm H₂O, Pa) that reflect how much pressure the material can handle.
- Waterproof Testing usually provides a pass/fail result based on the performance of a product under specific waterproof criteria, such as immersion or exposure to rain.
- Application Scope:
- The Hydrostatic Head Test is mainly applied to materials like textiles and fabrics.
- Waterproof Testing encompasses a wider range of products, from electronics and footwear to construction materials, and involves different methodologies depending on the industry.
Summary:
While hydrostatic head testing is a specific type of waterproof testing focused on measuring water resistance under pressure, waterproof testing includes a broader array of tests that may involve submersion, rain simulation, or splash resistance for various products. The difference lies in the methodology and the scope of the application.
- Measuring material waterproofness: It can determine at what water pressure fabrics or other materials will begin to leak.
- Evaluating waterproofing treatment effectiveness: Used to test whether the performance of waterproof coatings or treated materials meets standards.
- Quality control: Used during production to ensure that products meet waterproof performance standards.
- Research and development testing: Used to study the waterproof performance of new materials or new processes.
- Outdoor gear testing: Testing the waterproof performance of outdoor equipment such as tents, raincoats, backpacks, etc.
- Building material testing: Performance evaluation of construction materials such as waterproof membranes and waterproof coatings.
0~600 kPa (50m water column ), this Hydrostatic Head Tester can test bigger water pressure than many other machines in the market.
We can also customize a pressure test capacity of more than 600 kPa for you.
Of course, this hydrostatic head tester can test Outdoor Apparel, Tents and Outdoor Gear, Medical Textiles, Performance Fabrics, Military and Defense, Automotive and Upholstery Fabrics.
Yes, and it is applicable to many test standards, such as
AATCC 127 Option 2, ISO 811, GB/T 4744, GB/T 40910, JIS L1092, ISO9073-16, EN 1734, ISO 1420, AATCC 208, IS 7016(Part7), NWSP 080.6.RO(15), GB/T 24218.16, FZ/T 01004
Yes, the rate of water pressure can be adjusted.
It depends on the resistance of materials to hydrostatic pressure, but since the HydroDetector can monitor the water penetration on textile surfaces by AI,
you do not need to wait for it beside the machine, you can receive reminders from your phone when the 3rd drop of water appears.
Yes， 2 languages can be used, English and Chinese.
Of course, our HydroDetector Hydrostatic Head Tester is equipped with IoT technology, so the machine can link to a smartphone/PC,
and the test report and test process can be recorded and stored and then checked on your smartphone or PC. Also, you can link this machine to
LIMS and ERP.
Yes, you can export the data, usually in PDF format.
Yes, this is an Intelligent Hydrostatic Head Tester.
Yes, hydrostatic head testing is different from waterproof testing, though they both aim to evaluate water resistance. Here’s a breakdown of how they differ and why:
About Hydrostatic Head Testing
- Purpose: Hydrostatic head testing measures the resistance of a material to water penetration under pressure. It specifically quantifies how much water pressure (typically measured in millimeters of water column or Pa) a material can withstand before water starts to penetrate.
- Procedure: In hydrostatic head testing, a sample of the material is placed under a column of water. The water pressure is gradually increased, and the height of the water column (or equivalent pressure) is recorded when water begins to seep through the material.
- Common Applications: This test is often used for materials like waterproof fabrics, membranes, or textiles used in outdoor gear, tents, and clothing.
- Outcome: The result is a specific value that indicates the water resistance level, allowing manufacturers to grade the material’s waterproof capability based on standardized benchmarks.
About Waterproof Testing:
- Purpose: Waterproof testing is a broader term that refers to a range of tests designed to assess whether a product or material can prevent water penetration under specific conditions. It is not restricted to the pressure of water but can include other factors like immersion, rain exposure, and sealing efficiency.
- Procedure: Waterproof testing methods vary widely depending on the industry. It could include:
- Submersion tests (immersion in water for a set time)
- Rain chamber tests (exposing a product to simulated rain)
- Spray tests (simulating splashing water)
- Sealing tests (for electronics or enclosures)
- Time and depth criteria also vary, meaning a product might be tested at a certain depth underwater for a specific duration.
- Common Applications: Waterproof testing is applied to electronics (e.g., smartphones), footwear, construction materials, packaging, and any product expected to be fully waterproof in its intended environment.
- Outcome: The result is typically a pass/fail determination, based on whether the product or material remains dry inside after exposure to water under specified conditions.
What are the differences between Hydrostatic Head Test and Waterproof Testing?
- Testing Focus:
- Hydrostatic Head Test focuses specifically on the water resistance of materials under pressure, quantifying the level of water pressure a material can resist before water seeps through.
- Waterproof Testing is broader and evaluates overall water impermeability under various environmental conditions, including but not limited to pressure, immersion, and rainfall.
- Measurement:
- Hydrostatic Head Test results are expressed in measurable units (e.g., mm H₂O, Pa) that reflect how much pressure the material can handle.
- Waterproof Testing usually provides a pass/fail result based on the performance of a product under specific waterproof criteria, such as immersion or exposure to rain.
- Application Scope:
- The Hydrostatic Head Test is mainly applied to materials like textiles and fabrics.
- Waterproof Testing encompasses a wider range of products, from electronics and footwear to construction materials, and involves different methodologies depending on the industry.
Summary:
While hydrostatic head testing is a specific type of waterproof testing focused on measuring water resistance under pressure, waterproof testing includes a broader array of tests that may involve submersion, rain simulation, or splash resistance for various products. The difference lies in the methodology and the scope of the application.
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