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Helium Leak Test Chambers
Description
At MS88 International, we specialise in designing and supplying advanced helium leak tester chambers and helium testing machine solutions engineered for accuracy, reliability, and performance. Our systems, including our helium leak detector machine technology, help you detect even the smallest leaks in critical components, ensuring safety, compliance, and product integrity across industries.
Function
- Simulate long-term exposure to corrosive environments using our salt spray test machine, ideal for automotive, marine, aerospace, and electronics industries.
- Use to test the corrosion resistance of the surface of various material after anti-corrosion treatment such as eletroplating, anodizing, spraying, anti-rust oil and so on.
- Mainly stimulate the impact of maritime climate on product quality and assesses its anti-corrosion ability according to standards.
- Uniform salt mist distribution ensures consistent and accelerated salt fog corrosion machine results, backed by MS88’s trusted calibration systems.
- Customize test parameters like spray time, temperature, and dwell time through an intuitive digital control panel for precision salt mist testing system.
Our Product Range
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Customer Services
+603-6157 3888
Free Consultation
+6012-688 4788
Helium Leak Detection Equipment for the Automotive Industry
How it works
For New Energy Automobile Liquid Cooling Plates
Key Features:
- This helium leak detector machine is designed for large leak detection and helium mass spectrometry air-tightness testing of liquid cooling plates.
- Fully automated control system enables 24/7 operation.
- Total leakage rate measured using helium mass spectrometry inside a helium leak test chamber.
- Vacuum chamber constructed from polished stainless steel to minimise helium absorption.
- Integrated helium recovery system reduces gas consumption and operating cost.
- Ideal for use as a helium testing machine in high-throughput manufacturing.
- Test Accuracy: 1.0 × 10⁻⁵ Pa·m³/s
How it works
For Automobile Fuel Tanks
Key Features:
- Designed for sealing tests of automotive fuel and urea tanks using a high-precision helium leak detection system.
- The automated process features a helium leak detector machine within a vacuum leak tester setup.
- Simultaneous evacuation of the tank and pressure chamber, followed by helium injection for leak evaluation.
- Helium gas is recovered and recycled after each test cycle.
- Precise pressure differential control prevents deformation of tank materials.
- Also suitable for integration into a pressure test chamber setup.
- Test Accuracy: 1.5 × 10⁻⁶ Pa·m³/s
How it works
For Automobile Fuel Pipes
Key Features:
- Performs helium mass spectrometry air-tightness testing for fuel pipes and various other automotive tubing.
- Utilises a vacuum leak tester with precise vacuum and helium background control.
- Polished stainless steel helium leak test chamber minimises residual gas.
- Modular design enhances system maintenance and uptime.
- A reliable helium leak detection system for high-volume production.
- Test Accuracy: 2.8 × 10⁻⁵ Pa·m³/s
How it works
For Automotive Air Conditioning Compressors
Key Features:
- This helium testing machine is engineered for high-pressure and large-leak testing in A/C compressors.
- Automated 24/7 testing operation using an advanced helium leak detection system.
- Helium leak detection is performed inside a polished stainless steel pressure chamber.
- Helium recovery reduces gas costs and environmental impact.
- Compatible with pressurised helium test chamber systems.
- Test Accuracy: 5.0 × 10⁻⁶ Pa·m³/s
How it works
For Electronic Expansion Valves
Key Features:
- Designed for detecting large leaks and ensuring air-tightness in expansion valves.
- A fully automated helium leak detector machine enables continuous testing.
- Uses mass spectrometry within a vacuum-sealed helium leak test chamber.
- Includes pressurised helium test chamber features for accurate and fast throughput.
- Test Accuracy: 5.0 × 10⁻⁶ Pa·m³/s
How it works
For Automotive Engine Oil Coolers
Key Features:
- PLC-controlled helium testing machine for dry leak detection of oil coolers.
- Automated process from evacuation to helium recovery.
- Leak rate determined using vacuum leak tester methods inside a sealed pressure chamber.
- Modular build supports customized requirements for specific automotive applications.
- Test Accuracy: 5.0 × 10⁻⁶ Pa·m³/s
Helium Leak Detection for the Refrigeration Industry
How it works
For Commercial Refrigeration Units
Key Features:
- Ideal for dry leak testing in commercial HVAC systems.
- Includes nitrogen pre-check, followed by helium injection and vacuum testing using a helium leak detector machine.
- Helium is recovered post-test to cut consumption and cost.
- Compatible with various helium leak detection system configurations.
- Test Accuracy: 5.0 × 10⁻⁶ Pa·m³/s
How it works
For Air Conditioner Evaporators & Condensers
Key Features:
- Designed for dry leak testing in both evaporators and condensers.
- Incorporates a helium leak detection system with nitrogen integrity pre-testing.
- The final helium recovery cycle ensures sustainability and cost efficiency.
- An ideal addition to your vacuum leak tester toolkit.
- Test Accuracy: 5.0 × 10⁻⁶ Pa·m³/s
Helium Leak Detection for the Power Industry
How it works
For High-Pressure Inflatable Cabinets (SF₆ Switchgear)
Key Features:
- Tailored for high-pressure accelerated ageing test chambers and SF₆ gas-insulated systems.
- Controlled pressure differential prevents structural damage during tests.
- Fully automated helium leak detection system in vacuum conditions.
- Post-test SF₆ gas refill and helium recycling available.
- Modular design ensures long-term maintainability.
- Test Accuracy: 3.9 × 10⁻⁶ Pa·m³/s
Helium Leak Detection for the Chemical Industry
How it works
For Steel Drum Packaging Containers
Key Features:
- PLC-based dry leak testing of steel drums.
- Utilises a helium leak test chamber and mass spectrometry for accurate leak rate evaluation.
- Twin-chamber setup for increased throughput and stability.
- Excellent for applications requiring a pressure test chamber or vacuum leak tester.
- Test Accuracy: 1.0 × 10⁻⁵ Pa·m³/s
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