About Hydrostatic Head Testing Machine
Appropriate to all types of fabrics, our given range of Hydrostatic Head Testing Machine is demanding for find out the resistance of a fabric against the perforation of water under hydrostatic pressure. This machine is also suitable for those fabrics which have water repellent finish & treated with a water resistant. Moreover to this, our provided Hydrostatic Head Testing Machine is highly acclaimed by our customers for its high strength, long working life, optimum quality, easy maintenance and high efficiency.
Technical Specifications:
- Test pressure : 0~5000mbar
- Measuring accuracy : + 0.5 % of displayed value + 1 mbar
- Readability : 0.1 mbar
- Pressure gradient : 1~500mbar/min
- Test area : 100 cm2 (Optional 10cm2, 19.63cm2, 26cm2 & 28 cm2)
- Maximum sample thickness : 5mm
- Required compressed air supply 6~8 bar (clean and dry)
- Dimensions : 360 X 460 X 420mm (W X D X H)
- Weight : 30Kg
- Power : AC100~240V, 50/60Hz, 50W
Hydrostatic Head Testing Machine Manufacturer
Hydrostatic Head Testing Machine Supplier
Hydrostatic Head Testing Machine Exporter
Precision and Durability in Material TestingEngineered with high-quality stainless steel, the Hydrostatic Head Testing Machine delivers durability and precision. Its compact size and manageable weight support easy integration into industrial settings, ensuring reliable testing for water resistance in fabrics and membranes. The electric power source guarantees stable performance for consistent test results.
Versatility for Industrial ApplicationsSuitable for a wide range of manufacturing environments, this machine is ideal for exporters, manufacturers, and suppliers. Its accurate measurements help industries meet regulatory standards, enhancing product quality and reliability. The device streamlines testing processes for textiles, geotextiles, and other industrial materials.
FAQ's of Hydrostatic Head Testing Machine:
Q: How does the Hydrostatic Head Testing Machine operate?
A: The machine works by applying water pressure to a test sample until penetration occurs. The pressure at which water breaks through is measured, determining the material's water resistance. Operation is powered electrically, ensuring stable and accurate results during industrial testing.
Q: What materials can be tested with this machine?
A: This machine is primarily designed for testing textiles, fabrics, and geotextiles, but it is suitable for any material where water penetration resistance is critical. Its robust stainless steel construction allows it to handle demanding industrial applications.
Q: When is hydrostatic head testing necessary in manufacturing?
A: Hydrostatic head testing is essential during quality assurance processes to ensure that materials used in products like outdoor apparel, tents, and membranes meet industry standards for water resistance before reaching consumers.
Q: Where can this machine be utilized most effectively?
A: This testing machine is ideal for use in quality control labs, production floors, and research facilities within textile manufacturing units, especially those involved in export and supply across India and internationally.
Q: What is the process for performing a hydrostatic head test?
A: First, the test sample is securely placed in the testing chamber. Water pressure is gradually increased on the sample until water penetrates. The exact pressure at breakthrough is recorded to indicate the sample's hydrostatic resistance.
Q: What are the main benefits of using this hydrostatic head testing machine?
A: Using this machine ensures accurate, repeatable measurements of water penetration resistance, supporting high product quality and compliance with industry standards. Its durable build and reliable operation make it a valuable investment for industrial users.
Q: How does the machine's design contribute to ease of use?
A: With its compact 360/460-420mm (WxDxH) footprint and 30kg weight, the machine is easy to install and maneuver within laboratories or manufacturing settings. The electric power source provides convenient, uninterrupted operation for frequent industrial testing.