Temperature & Climate
Climate test chambers, climate chambers, and temperature test systems for standard-compliant testing with adjustable humidity and defined rate-of-change parameters - from compact benchtop units to walk-in chambers.
Environmental Simulation
Testing technology for reproducible results in accordance with current industry and standard specifications
Whether in the automotive, electronics, aerospace, or research sectors: Environmental simulation specifically replicates real-world conditions to develop products that are safer, more durable, and process-stable. ThermoTEC offers a wide range of environmental simulation systems - from temperature and climate test chambers to thermal shock and HAST systems, as well as corrosion and weathering equipment and HALT/HASS systems.
Our solutions support numerous test standards, e.g.: IEC 60068, LV124 / MBN LV124, VW80000, BMW GS 95024-3-1, MIL-STD-810 / 810G, and RTCA/DO-160G. From small to large, from slow to fast: We configure systems to meet your needs - including custom modifications and integrations.
Our Solutions
Temperature Shock Chambers
Highly dynamic temperature cycling for extreme stress tests – air-to-air, liquid-to-liquid, and custom solutions. For reproducible results in accordance with IEC, automotive, and other standards.
Heating Ovens
Precise heating technology for drying, aging, and high-temperature testing: universal heating ovens, industrial ovens up to +700 °C, and vacuum ovens for sensitive materials – reliable and process-safe.
Corrosion
Corrosion testing systems for salt spray, condensation, Kesternich, and cyclic corrosion tests – from benchtop units to walk-in large chambers, including customizable test cycles and features.
HALT / HASS Test Chambers
Highly accelerated reliability testing with 3-axis vibration (six degrees of freedom) and rapid temperature cycling rates – for the development phase (HALT) and production screening (HASS).
Weathering
Simulation of light, rain, and climate for reliable assessments of material durability: xenon and UV systems, as well as complementary testing equipment such as abrasion, stone impact, and fire testers.
Environmental Simulation Brochure
Testing technology and services for reproducible results in accordance with industry and standard specifications.
360°
Partner
Ihr 360°-Partner
Everything from a single source – product, process, quality, service and support
For test technology to function reliably in everyday use, more than just a device is needed. ThermoTEC supports you throughout the entire lifecycle—from selection and ongoing operation to comprehensive after-sales service.
The benefit for you: less coordination effort, clear points of contact – and a comprehensive range of services.
01
Product — Consulting, testing solutions, rental models, and equipment available from stock at short notice.
02
Process — Transparent, on-time procedures – including customer-specific modifications.
03
Quality — ISO 9001 certified and an accredited testing & calibration laboratory according to ISO 17025.
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Service — Comprehensive service network, manufacturer-independent, available 24/7.
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Support — Ad-hoc support from experienced technicians, customer-specific user training (including commissioning/orientation).
Frequently Asked Questions About Environmental Simulation:
Environmental simulation refers to the targeted recreation of real-world environmental conditions such as temperature, humidity, vibration, or corrosion in a laboratory. It is used to test products for durability, safety, and functionality under defined conditions.
The most important test methods include temperature and climate tests, thermal shock tests, corrosion tests, weathering tests, as well as HALT and HASS tests. These enable a comprehensive evaluation of material and product behavior under various environmental conditions.
Typical standards include IEC 60068, LV124, VW80000, MIL-STD-810, ISO 16750, DIN EN ISO 9227, and other industry-specific standards. They define test conditions and ensure that test results are reproducible and internationally comparable.
In climatic testing, temperature and humidity are controlled and kept constant or cyclically varied over an extended period. Temperature shock tests, on the other hand, simulate very rapid temperature changes to reveal material stresses and weaknesses.
Environmental simulation is used in many industries, including the automotive industry, aerospace, electronics, medical technology, and research and development. Such tests are indispensable wherever products must withstand extreme conditions.
Custom solutions precisely tailor testing technology to products, standards, and processes. This enables realistic testing that yields reliable results and makes development and testing processes more efficient.
Yes, many systems can be tested in advance in our showroom or used as a rental solution. This allows for flexible use and reduces investment risks.
The selection depends on test requirements, standards, component size, and desired stress conditions. Expert consultation helps identify the optimal combination of technology, performance, and cost-effectiveness.
In environmental simulation, real-world conditions such as temperature, humidity, vibration, or light are replicated under controlled conditions in the laboratory. Test systems generate defined scenarios to test how products behave under real-world operating conditions.
HALT (Highly Accelerated Life Test) is used to identify weaknesses during the development phase, while HASS (Highly Accelerated Stress Screening) is used for quality testing in production.
Environmental simulation allows weaknesses to be identified early on. This reduces failures during later use, increases product safety, and saves on development and follow-up costs.
Depending on the system, the following conditions, among others, can be simulated:
- Extreme heat and cold
- Temperature cycling
- Humidity and climate changes
- Corrosion and salt spray
- Dust and water
- Vibration and shock
- Altitude and pressure simulation
- UV and solar simulation
Depending on the system, modern environmental simulation chambers can accommodate temperature ranges from approximately −70 °C to over +180 °C. Specialized applications can cover even wider ranges.
Due to the wide temperature range and high climatic requirements, we use the psychrometric measurement system with Type T thermocouples as standard in all our devices. This system guarantees the highest accuracy without potential drifts or necessary adjustments, as is the case with capacitive systems. For certain tests, we offer capacitive sensors as an option.
Are you planning a new test system or looking to validate existing processes?
We provide comprehensive consulting—covering technical, economic, and delivery aspects—and show you the right solution, including test or rental options.
Florian Häusel
