Thermal Shock Test Chamber

Your Professional Thermal Shock Test Chamber Supplier

Dongguan Hassite Testing Equipment Co., Ltd. is a manufacturer focused on the R&D, production, and sales of reliability and environmental testing equipment. The company provides a wide range of testing chambers and machines used in aerospace, semiconductors, electronics, new energy vehicles, biomedicine, and research institutions.

Strong R&D Capability

We have an experienced engineering team focused on continuous product development and custom non-standard testing equipment solutions.

Customized Solutions Support

We can provide flexible customization based on customer testing needs, enhancing equipment applicability and efficiency.

Certified Quality System

The company operates under ISO9001:2015 standards, ensuring stable production control and consistent product quality.

Timely Service Response

We provide professional pre-sales consultation and after-sales support, responding quickly to customer needs and ensuring long-term stable equipment operation.

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Thermal Shock Machine

The thermal shock machine simulates a product's tolerance to rapid temperature changes by swiftly switching between extreme high and low temperatures. It is primarily used to evaluate the reliability

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Two Box High and Low Temperature Impact Test Chamber

The Two box high and low temperature impact test chamber rapidly moves samples between independent high-temperature and low-temperature chambers to achieve extreme temperature cycling. It is

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Two Box Thermal Shock Test Chamber

The Two box thermal shock test chamber features independent temperature control in high- and low-temperature chambers, with rapid sample basket transfer, enabling instantaneous temperature switching

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Two Box Thermal Shock Testing Machine

The Two box thermal shock testing machine simulates rapid temperature changes by automatically and quickly transferring samples between high- and low-temperature chambers. It is specifically designed

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Hanging Basket Type Thermal Shock Testing Machine

The Hanging basket type thermal shock testing machine rapidly transfers samples between high- and low-temperature chambers using an electric or pneumatic basket, achieving extreme thermal shock in

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Basket Type High and Low Temperature Impact Testing Machine

The Basket type high and low temperature impact testing machine uses an automated basket system to cyclically transfer test samples between independent high-temperature and low-temperature chambers.

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Three Box Thermal Shock Testing Machine

The Three box thermal shock testing machine features independent high-temperature, low-temperature, and test zones. It achieves interference-free temperature shock by rapidly moving the sample basket

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High and Low Temperature Impact Test Chamber

The High and low temperature impact test chamber simulates product tolerance under extreme and sudden temperature changes by rapidly switching between high- and low-temperature environments. It is

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High and Low Temperature Impact Testing Machine

The High and low temperature impact testing machine is a reliability testing device that simulates extreme and rapid temperature changes by quickly switching between high- and low-temperature

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Three Box High and Low Temperature Impact Test Chamber

The Three box high and low temperature impact test chamber features an independent high-temperature chamber, low-temperature chamber, and sample test chamber. It achieves rapid temperature switching

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Low Temperature Impact Test Chamber

The Low temperature impact test chamber specializes in simulating rapid transitions between extreme low temperatures (typically below -40°C) and ambient environments. It is used to evaluate the

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High Temperature Impact Test Chamber

The High temperature impact test chamber specializes in simulating rapid temperature transitions between extreme high temperatures and ambient environments. Through precise control of heating rates

Product Categories

Parameter

Model	Volume (L)	Inner Width (mm)	Inner Height (mm)	Inner Depth (mm)	Outer Width (mm)	Outer Height (mm)	Outer Depth (mm)
LS-THS-50	50	400	350	350	1370	2230	1640
LS-THS-80	80	500	400	400	1550	2230	1800
LS-THS-100	100	500	500	400	1550	2230	1800
LS-THS-150	150	600	500	500	1650	2230	1900
LS-THS-250	250	700	600	600	1750	2230	2200
LS-THS-480	480	800	800	750	1900	2230	2500
Temperature shock range	Z series: -40C to +150°C;P series:-55° to +150C; S series:-65C to +150° Customizable for special needs

Advantages of Thermal Shock Test Chamber

Ensuring Reliability

Devices and components often face sudden temperature fluctuations in operation. Thermal shock testing helps verify their durability and identify weak points.

Preventing Failures

By simulating extreme conditions, manufacturers can detect potential failures such as cracking, delamination, or electrical malfunctions that could occur in the field.

Compliance and Certification

Many industries, such as aerospace, automotive, and electronics, require thermal shock testing as part of their product validation and certification processes.

Improving Product Design

The insights gained from testing are invaluable for engineers to improve product materials, design, and manufacturing processes.

Cost Savings

Identifying issues early reduces warranty costs and product recalls, saving money and protecting brand reputation.

Applications of Thermal Shock Test Chamber

Electronics and Semiconductor Industries

In the electronics and semiconductor industry, thermal shock chambers are used to evaluate the performance and durability of components, circuit boards, and electronic devices under extreme temperature fluctuations.

Automotive Industry

Automotive manufacturers utilize thermal shock chambers to assess the reliability of vehicle components, such as engines, transmissions, and electronic systems, under extreme temperature conditions.

Aerospace Industry

Thermal shock chambers play a critical role in the aerospace industry, where components and materials are subjected to extreme temperature variations during flight.

Installation Site Requirements for Thermal Shock Test Chamber

● Set it on a flat and vibration-free ground (please check with a level)
● The ambient temperature should be maintained between 10-25 so that the machine can achieve the best stable operation
● There should be at least 60 cm distance between the test chamber and the wall and any other machine
● The thermal shock test chamber should be away from heat sources and flammable and explosive substances
● The equipment should not be exposed to direct sunlight and maintain indoor air circulation
● Please avoid setting it in places with antibodies and dust
● The power supply line and water supply and drainage pipelines should be shortened as much as possible

Operational Safety Precautions for Thermal Shock Test Chambers

● Follow the correct testing procedures to prevent malfunctions caused by improper operation.
● Never test flammable, explosive, or highly radioactive materials.
● Although modern electrical equipment has safety protections, avoid touching electrical components while the device is powered on.
● Do not move the chamber while it is in operation.

Packaging and Shipping

Packaging	Export Wooden Case
Shipping	It could be shipped by sea, by air or by express(EMS, UPS, DHL, TNT, FEDEX and ect). Please confirm with us before placing orders.

Our Factory

The company was established in 2019 and has a complete management system. It has also passed the ISO9001:2015 quality management system certification.

FAQ

Q: How do thermal shock chambers work?

A: These chambers rapidly change temperature by physically moving the product from a hot zone to a cold zone, or rapidly changing the air temperature by specialized means.

Q: What is the dwell time for a thermal shock test?

A: The dwell time should not be less than 2 minutes and the load should reach the specified temperature within 5 minutes. This table contains information on thermal shock temperature tolerances and suggested fluids.

Q: What are the critical maintenance routines for ensuring the long-term accuracy of a thermal shock chamber?

A: Essential maintenance includes regular calibration of temperature sensors, cleaning of condensate drains and evaporator coils to prevent icing or water ingress, checking and tightening electrical connections subject to thermal cycling, verifying the integrity of door seals, and monitoring compressor oil levels and refrigerant pressure.

Q: What problems can a thermal shock chamber detect?

A: Cracks, bends, breaks in joints, coating issues, surface peel, sudden shape loss, and weak material behavior show up during these tests.

Q: What is the ideal temperature range for thermal shock testing?

A: This depends on the product to be tested, but most thermal shock chambers are equipped with a temperature range from -70°C to 200°C, although there are models that have broader ranges.

As one of the most experienced thermal shock test chamber manufacturers and suppliers in China, we offer a wide range of products with superior quality. Please feel free to buy customized thermal shock test chamber at competitive price from our factory.

Low Temperature Impact Test Chamber, Thermal Shock Machine, High And Low Temperature Impact Test Chamber