MonTech AO 3000 forced ventilation cabinet ageing ovens are designed for precision ageing of polymer materials and rubber parts, products and components. The units - based on Memmert UF series - are adapted by MonTech with specific adjustments and calibrations to meet the specific requirements for the rubber industry as per ISO 188, ASTM D 573 and other applicable standard.
The BO 3000 oven with 4 test cells is designed for precision air and immersion ageing of rubber samples and parts up to 250°C in accordance with ISO 188, ISO 1817 ASTM D 471 and ASTM D 865. Ageing properties are considered key material parameters for rubber formulations - in order to meet the needs of your materials and application environment, the BO 3000 provides the ideal platform for accelerat
Wear testing for offroad applications redefined - the all new instrumented Cut and Chip Tester CC 3000 The new instrumented version of the CC 3000 boost cut and chip testing to the next level! Besides variable spindle speeds this new version allows a precise, closed-loop control of the chipping forces (50 to 500N) as well as a multi directional force measurement of chipping and friction forces and
The MonTech CC 3000 Cut and Chip Test provides a simple, quick laboratory method to evaluate cutting and chipping resistance of rubber compounds subjected to harsh mechanical environments.
For compression set testing according to ISO 815, DIN 53517, ASTM D395 and other International Standards, the CS 3000 compression set fixtures enable measurements of a rubber compound's ability to return to its original thickness after prolonged compressive stresses.
The TGD 3000 thickness gauge is a cost efficient and easy to use instrument for measuring the thickness of rubber of rubber-like materials. The constant force enables repeatable readings.
Oil- and waterbaths are unparalleled in terms of precision, safety and comfort and perfectly suited for professional heat and immersion ageing of natural or synthetic rubber, silicones and other elastomers. The units - based on Memmert ONE series - are adapted by MonTech with specific adjustments, fixtures, sample holders and calibrations to meet the specific requirements for the rubber industry.
The MonTech ABR 3000 abrasion tester is a tear testing instrument for determination of an elastomer's resistance to frictional loss, using a rotating or fixed specimen in accordance with DIN 53516, DIN ISO 4649, AS1683.21 and ASTM D 5963. The test specimen is fixed into a quick clamp sample holder and precisely guided - either with or without rotation - over a predefined distance of either 20 or 40 Meters, with a defined load on a sheet of abrasive paper mounted to a stainless steel rotary drum of 150 mm diameter. Finally, the frictional loss is calculated by comparing the sample weight before and after testing.
Compression Set Apparatus (Constant load) | 244 The Compression Set Apparatus (Constant load) is used for measuring permanent strain. Materials like rubber, etc. are subjected to a constant load and kept in this state in a high temperature.
The Geer Oven (Geer’s Aging Oven) evaluates aging of materials in hot air atmosphere with a fixed air change rate. Air exchange rate is measured by methods of electric power consumption. ■ Models ■ Options ■ Spare parts
The Test Tube Aging Tester conducts the heat deterioration or aging test by keeping specimens inside glass tubes for eliminating the effect of migration of additives, etc. Options
DIN Abrasion Tester evaluates abrasion resistance of rubber specimens.
The Scott type Crease-Flex Abrasion Tester evaluates resistance against folding and abrasion of plastic coated textile, rubber coated cloth and vinyl leather, etc.
The Flat Surface Abrasion Tester evaluates the abrasion by adding abrasive load to the test specimen such as a fabric cloth, paint film and paper board under a specified conditions.
This is an abrasion tester in which a plastic specimen set on a rotating shaft is brought into contact with another material under a constant load.
The Rotary Abrasion Tester (Taber type Abrasion Tester) is widely-used in the abrasion test on a plane material. The abrasive level in contact side with two abrasive wheels is evaluated by loss in mass, thickness and etc. of the specimen.
The HM-3-H Friction Tester is designed to measure coefficient of friction of plastic films and papers on heated platen at temperature up to 200°C. OPTIONS
The HM-3 Friction Tester measures and digitally display friction coefficient of films and papers. OPTIONS
The Friction Tester, AN2 & AN-S2 evaluates the static coefficient of friction by placing specimen on an inclined plane, gradually increasing the angle of inclination and determining the angle at which the block starts moving. Options
The standard specified weight is vertically applied to the tester’s needle, and the needle abrades insulate samples in their length direction. The tester measures the number of cycles until those samples are worn, and their electrical wires appear. Once the needle makes the samples worn and contacts their wires, a test stops.
UVC Ozone Aging Tester evaluates the ozone resistance of rubber specimens based on the crack occurrence and condition when exposed to ozone environment. The inlet and exhaust ports are equipped with ozone decomposition chamber for safe testing. Dynamic testing (testing while applying tensile strain) and high-concentration testing model are also available.
Reliability Testing for PV Modules | Compliant with IEC 61215 & IEC 61730 | Damp Heat Test In the solar industry, long-term durability is non-negotiable. The 85°C 85%RH constant climate chamber is engineered specifically for the Damp Heat (DH) Test(high-temperature and high-humidity environment) , simulating extreme tropical environments to evaluate a PV module's resistance to delamination, moisture ingress, thermal stress and material aging during long-term use. Designed for continuous operation of 1000 to 2000 hours , our chambers provide the rock-solid stability required by global certifica
The ASTM G151 G155 Xenon Light Radiation Exposure Test Machine is a full-spectrum solar aging simulator engineered to reproduce long-term outdoor environmental stress within a controlled laboratory cycle. Using a 4500W water-cooled xenon arc lamp, programmable irradiance from 35–150 W/m² , black panel temperature 35–85℃ , and moisture control from 50%–98% RH , it replicates the combined impacts of UV photolysis, infrared thermal expansion, condensation, hydrolysis, and temperature fatigue. Unlike color-focused fading chambers, this machine emphasizes material stability, structural displacement
Intelligent Environmental Control for Concrete Carbonation Research The CO₂ Carbonation Curing Chamber Automation Kit form LIB industry is designed to open a greener future for concrete research. It is specifically developed for CCUS (Carbon Capture, Utilization and Storage) studies, low-carbon concrete development, and carbonation depth testing. With this kit, a standard temperature and humidity curing chamber can be easily upgraded into a high-precision CO₂ carbonation curing system.
High-Performance Combined Salt Spray and Climate Test Chamber with Explosion-Proof System The Combined Salt Spray and Climate Test Chamber is an all-in-one environmental simulation system engineered for demanding automotive, electronics, and aerospace testing. By integrating a full-capability salt spray system into a standard vertical climatic chamber footprint, this advanced unit allows you to conduct complex cyclic corrosion tests (Salt Spray, Drying, Humidity, and Condensation) in a single continuous program without moving the specimens. Equipped with an industrial-grade Explosion-proof Win
LIB industry Cryogenic Chamber adopts a high-performance mechanical refrigeration system and delivers stable deep cryogenic testing down to -120°C . The system is engineered for continuous, repeatable operation at ultra-low temperatures, ensuring reliable performance and energy-efficient operation under demanding test conditions. Throughout extended low-temperature holding and temperature recovery processes, the chamber maintains excellent temperature stability and control accuracy .
Damp heating chamber for pv modules is used to test the long-term weather resistance of photovoltaic modules, simulate high temperature and high humidity environment (wet heat 85℃/85%RH) to accelerate the aging process, complies with IEC 61215 / IEC 61730 and other standards. Through the simulation of high temperature and high humidity environment, it is used to evaluate the reliability and durability of photovoltaic panels in harsh weather conditions such as tropical and humid. Model: DHPV-04,PV-04 Standard: ,IEC 62804,IEC 61215,IEC 61646,IEC 61730,UL 1703,JIS C-8990,C-8991,C-8917,C-8938
Flexible Structural Tailoring for Large-Scale and Complex Environmental Testing Are you struggling with oversized specimens that won’t fit through standard doors? Or do you need a chamber that integrates seamlessly with your specific lab cabling and external sensors? LIB Industry’s Double Door Custom Temperature Humidity Chamber is more than just a large-capacity temp and humidity chamber.
LIB drive-In environmental chambers are available in many sizes and configurations. Drive In chambers is designed for testing of any type vehicle such as automobiles with the capability to simulate weather environments from extreme heat and humidity to cold temperatures.
H2S corrosion chamber creates a single H2S gas 10 ~ 100ppb ± 20ppb(adjustable) space.The change of temperature and humidity has a great influence on the corrosion of H2S and the wide range of temperature ranging from 15 ℃ to 100 ℃ and humidity ranging from 30% to 98% RH broadens the possibility of H2S material corrosion test. Diverse models including standard and custom H2S corrosion chamber are available.Shortened lead time and 3-year long full machine warranty, contact us for solutions and quotes. Model: GC-100, GC-225, GC-500, GC-800, GC-1000 Standard: ISO 6988, ISO 3231, DIN 50018, ASTM G8
The high low temperature test chamber is used to test the reliability of products in high and low temperatures.The parts and materials of related products are tested for cyclic changes of high temperature and low temperature (alternating). The rising and cooling rate of 5℃/min can meet the high and low temperature alternating environment required by the test piece.Temperature range: from -20℃, -40℃, -70℃ (3 low temperature types) to +150℃. Model: TR5-100, TR5-225, TR5-500, TR5-800, TR5-1000 Standard: AAMA501, ASTM D4169-16, IEC 61215, IEC 61646, IEC61108, IEC62688, MIL-STD-811D,SAE J575
LIB Humidity Calibration Chamber provides a stable and uniform environment for calibrating temperature and humidity sensors, hygrometers, data loggers , and other measuring instruments.Available in 50L and 80L volumes, it provides a space-saving solution for laboratories and quality control departments with limited installation space. With temperature ranges down to -70°C and up to +150°C , and humidity control from 20%RH to 98%RH , the climate calibration chamber can generate stable environmental conditions for calibration across a wide range of operating points. Equipped with a high-accuracy
The Hydrolysis Aging Test Stability Chamber is an environmental simulation system engineered to reproduce moisture-driven material degradation mechanisms under tightly controlled temperature and humidity conditions. Rather than simple damp heat exposure, the system focuses on long-duration hydrolysis aging , where heat, water vapor, and time jointly accelerate polymer chain scission and physical property decay. Typical conditions such as 70 °C / 95% RH for 168 hours or longer are maintained with high stability to evaluate changes in tensile strength, elongation at break, tear resistance, surfa
LIB industry Industrial Vacuum Oven is ideal for plating, desiccating, outgassing, sterilization, or drying under vacuum. Quick shipping with 50L–200L standard models ensures timely use. Customizable sizes, volumes, and sample holders fit diverse needs.
JESD22-A104 Temperature Cycling Chamber for Semiconductor Reliability Testing LIB Industry JESD22-A104 temperature cycling chambers are designed for semiconductor devices, electronic components, PCB assemblies, and automotive electronics reliability testing. The thermal cycling chambers simulate repeated thermal stress to reveal solder joint fatigue, package cracking, delamination, and other failure modes before products enter the market. ✔ 100% compliant with JESD22-A104 Conditions A–M ✔ Temperature ramp rates up to 10°C/min–15°C/min ✔ Temperature fluctuation ≤ ±0.5°C ✔ Temperature uniformity
The laboratory test chamber enables controlled simulation of temperature and humidity environments , supporting a wide range of reliability, aging, and stability tests. From electronics, aerospace to automotive, photovoltaics and materials science, this test chamber provides a stable testing platform for evaluating the performance of products under extreme high and low temperatures, humidity or thermal cycling conditions . By reproducing natural and accelerated climate conditions, the laboratory test chamber ensures the reliability of products during the research and development, quality assur
LIB mini thermal chamber is a professional equipment with excellent performance and compact design. Mini thermal chamber is designed for temperature test, temperature and humidity test. This compact thermal test chamber incorporates three low temperature types are -20°C, -40°C, or -70°C, and the high temperature is +150°C, which can be customized for special requirements.
PV Module Environmental Test Chamber | IEC & UL Standard Compliant The PV Test Chamber is designed for environmental reliability testing of photovoltaic (PV) products, including solar cells and photovoltaic modules. It simulates real-world climatic conditions to evaluate long-term performance, durability, and safety under accelerated stress conditions. The system is capable of precisely controlling temperature from -60℃ to +100℃ and relative humidity from 20% to 98% RH , enabling comprehensive climate simulation for PV product qualification and research.To meet advanced testing requirements, o
LIB reach-in environmental chambers simulate different environmental conditions such as high temperature and high humidity, high temperature and low humidity, low temperature and high humidity, high temperature, low temperature conditions. Our reach in test chambers can be customized according to your requirements. Many additional options are available both regarding control and confugurations.
LIB Industry salt fog & SO₂ corrosion chamber delivers a comprehensive, one-stop solution for corrosion testing under combined salt spray, SO₂ gas, temperature, and humidity conditions . Engineered for precision, stability, and repeatability , it allows researchers and engineers to simulate harsh environmental conditions that products may encounter in real-world applications. Ideal for automotive parts, electronic devices, metal alloys, coatings, and industrial materials , it ensures consistent, repeatable results while maintaining high safety standards and environmental compliance .
The salt is used in ASTM B117 salt spray corrosion tests . The test used sodium chloride as a source of salt. Salt purity: analytically pure or chemically pure sodium chloride, the content of impurities in the salt solution will be as low as possible to avoid interference with the test results.
The salt water immersion test device is specifically designed to evaluate the waterproof and anti-corrosion performance of PV modules, batteries and various electronic components. This test device features a large rectangular test tank (customizable in size) that can meet the full immersion requirements of entire photovoltaic modules and long battery packs. It comes standard with a commonly used 5% (w/v) salt water solution, but can also be flexibly configured with acid, alkali solutions, cleaners or anti-rust agents and other media.
Designed for laboratories that demand authentic outdoor aging reproduction, the Simulation Xenon Exposure Aging Test Equipment by LIB industry transforms controlled xenon radiation into a full-spectrum degradation platform. Its 4500W water-cooled xenon lamp delivers stable 35-150 W/m² irradiance with ±0.5% control accuracy , covering UV–VIS–IR wavelengths. Environmental conditions are precisely regulated with BPT 35 ～ 85 ℃ , 50–98% RH , and programmable light, spray, and dark cycles.
LIB SO2 and humidity temperature chamber cam create a corrosive SO2 gas environment with temperature and humidity can be precisely controlled,so as to observe and evaluate the performance changes of the sample in this simulated harsh environment.A complete exhaust system keeps your workplace safe and clean. 1-30PPM SO2 concentration with wide temperature and humidity ranges:respectively are 15 ℃ ~ 80℃ and 30% ~98%RH make it possible to simulate many kinds of integrated SO2 environment.Various models and customized SO2 and humidity temperature test chambers are available. Model: SO-100, SO-225,
The LIB Industry Stability Test Chamber is a precision-engineered solution for long-term storage and rigorous environmental testing of pharmaceuticals, materials, and sensitive products. Available in a full spectrum of sizes—from compact benchtop units to spacious walk-in rooms—these chambers are designed to meet the demanding requirements of laboratories and production facilities alike. With advanced temperature and humidity control systems, they ensure reliable, repeatable results under a wide range of environmental conditions.
The temperature humidity and CO₂ test chamber is a device that combines 0% to 20% concentration CO2 gas on the temperature and humidity test chamber. It is used for testing products, materials or biological samples under the combined control of temperature (-60℃ to +150 ℃), humidity (10% to 98% RH) and CO2 concentration.Widely used in electronics and materials testing to evaluate product durability, in biotechnology and pharmaceuticals , and in food research. The small benchtop, upright, and walk-in types of Temperature Humidity and CO₂ Test Chambers LIB can all be customized.
Modern laboratories require more than simple temperature and humidity control. They need stable environmental conditions, reliable data management, uniform climate distribution, and long-term operational efficiency. The Temperature Humidity Controlled Environmental Condition Unit from LIB is designed to address these practical requirements.
LIB industry UL1332 UL2431 SO₂ CO₂ gas corrosion durability test equipment accurately simulates corrosive industrial atmospheres to verify the long-term durability of coatings, metal substrates, and outdoor electrical enclosures under UL-specified conditions. The system operates in high-humidity (≈95% RH) and elevated temperature (~40 °C) environments while precisely introducing SO₂ and CO₂ , reproducing the wet gas corrosion mechanisms defined in UL1332 and UL50E. Extended exposure— hundreds to 1000 hours as required by UL2431—ensures stable, uniform conditions for reliable evaluation of coat
Recreate Years of Outdoor Exposure in Just Weeks The UV accelerated weathering tester brings industry-proven performance to laboratories seeking faster, more reliable durability validation. By using precision-controlled UVA-340 or UVB-313 lamps , it replicates the most destructive portion of sunlight responsible for material degradation. An advanced condensation cycle simulates real-world dew conditions—often more aggressive than rain—accelerating failure mechanisms such as cracking, fading, and loss of strength.
Outdoor plastics, paints, and protective coatings are exposed to sunlight, moisture, and temperature changes, which can cause fading, cracking, and loss of mechanical strength. The UV Aging Test Chamber from LIB industry accelerates outdoor weathering by combining high-intensity UVA-340 or UVB-313 lamps, programmable temperatures from ambient to 90°C, and condensation cycles of 40–60°C . With 8 evenly distributed lamps, adjustable irradiance, and a touchscreen controller for customizable cycles , it ensures uniform exposure and precise simulation of years of sunlight in a short laboratory test
The UV Preconditioning Test Chamber for Solar Panels is purpose-built to support ultraviolet exposure steps defined in IEC 61215 and IEC 61730 photovoltaic qualification workflows. The system delivers stable UVA-dominant radiation (320–400 nm) with controlled UVB contribution and UVC content, while maintaining stable chamber temperatures up to 90 °C and Black Panel Temperature (BPT) from 35 °C to 80 °C . UV stress is managed through a ccumulated radiant energy control (kWh/m²) , ensuring repeatable and standard-aligned preconditioning prior to damp heat, thermal cycling, and mechanical load te
UVA 340 fluorescent Lamp for UV aging chamber UVA 340 Fluorescent lamp for UV Aging Chamber is one of the most commonly used fluorescent lamp for UV aging chamber. Its spectral range is the short wavelength region from 365nm to 295nm, and its peak emission wavelength is 340nm. The power is 40w, and the LIB UV aging chamber can be equipped with 8 lamps.
Engineered for Large-Scale Corrosion Reliability Testing The LIB industry Walk-In Mixed Gas Test Chamber is designed to reproduce highly corrosive industrial and atmospheric environments using controlled concentrations of sulfur dioxide (SO₂), hydrogen sulfide (H₂S), nitrogen dioxide (NO₂), chlorine (Cl₂), and other mixed gases. Unlike conventional small-volume gas corrosion chambers, this walk-in design allows full-scale testing of: EV battery systems, Automotive assemblies, Aerospace components, Communication cabinets, Power distribution equipment, PCB systems,Military electronics,Rail trans
Walk-in oven is customized for heat treatment of large quantities and whole machine testing, including rapid dehydration, curing, baking, etc. High power electric heating wire to ensure 6℃/min heating speed (or faster), three temperature options: RT ~+250 ℃, +400 ℃, +900 ℃. The forced hot air circulation system ensures that the temperature fluctuation in the large workspace is controlled at ±0.5 ° C, ensuring the balance of the temperature in the workspace.
The walk-in salt spray chamber is a large-scale corrosion resistance testing equipment, specially designed for large-volume products or multiple samples to conduct salt spray corrosion tests simultaneously, allowing technicians to directly enter the test area for operation or observation. It simulates the Marine climate environment or coastal climate by atomizing a 5% NaCl solution (support AASS, CASS, etc.) and diffusing it in the test space, it simulates the Marine. The T&H are controllable,assessing the durability of materials, coatings, electronic components and etc.
Accurate Humidity Measurement Starts from the Right Material Wet bulb gauze is a critical component in temperature and humidity measurement systems , wrapping the wet bulb sensor to maintain stable water absorption and evaporation conditions. LIB industry wet bulb gauze is made from linen, ensuring instant moisture penetration without beading. Its strong capillary effect keeps the sensing element consistently wetted, while lint-free long fibers protect sensitive probes.
The wet wick for humidity test chamber plays a critical role in wet-bulb humidity measurement. As a direct interface between the humidity sensor and water source, the quality of the wet wick directly affects humidity accuracy, stability, and repeatability during long-term testing. LIB industry wet wick is specially designed for environmental test chambers, ensuring consistent water absorption, uniform evaporation, and reliable humidity control across the full test cycle.
LIB ozone resistance test chamber simulates the ozone conditions in the atmosphere, quickly identifies and evaluates the anti-ozone aging performance of rubber. This ozone aging chamber is used to test the crack resistance of rubber products in an ozone environment. Lib Industry ozone aging test machine can control and adjust the concentration of the ozone environment to measure the ozone resistance of the test products.
LIB UV test chamber is to simulate the effects of ultraviolet (UV) light in sunlight, which can reproduce the effects of outdoor light aging for a long time in a relatively short time. Used to detect whether plastic products, coatings, rubber, textiles, etc. will fade, become brittle, aging and other conditions under long-term ultraviolet irradiation.
The LIB Xenon Arc Chamber harnesses high-intensity xenon arc lamps to reproduce the full spectrum of natural sunlight, including UV, visible, and infrared light . By precisely controlling temperature from ambient up to 100 °C , humidity from 50 % to 98 % RH , and adjustable water spray cycles , materials undergo accelerated environmental aging—achieving years of real-world exposure in a fraction of the time. This allows engineers and researchers to evaluate fading, cracking, powdering, or strength degradation quickly and reliably.
The LIB industry Benchtop Environmental Chamber is a compact, space-saving，small desktop chamber,simulating T or T&H environments. With its small footprint, it can be conveniently placed on a stand or workbench, making it ideal for laboratories and limited-space testing areas. Despite its size, the chamber delivers stable and reliable performance for accurate environmental simulation.
Struggling with unstable 85°C/85%RH tests or long delivery times? LIB industry temperature and humidity test chambers deliver precise control, fast customization, and proven reliability for ESS, aging, and product validation. Temperature humidity climate chambers have 3 low-temperature options : -20 ℃, -40 ℃, -70 ℃ , and the maximum temperature reaches +150 ℃ .Humidity control covers a wide range from 20%RH to 98%RH , ensuring accurate simulation of real-world environmental conditions.
Designed for accelerated reliability testing in R&D and quality inspection and covering a wide range of test volumes and performance demands, the LIB industry temperature chamber precisely simulates extreme thermal environments to identify product risks before market launch. The temperature range covers –20 ℃, –40 ℃, or –70 ℃ up to +150 ℃ , with ±0.5 ℃ temperature fluctuation to ensure stable and repeatable performance. Standard heating and cooling rates reach 3–5 ℃/min , while customized ramp rates are available to meet special test profiles, rapid thermal cycling, or non-standard requirement
PV climate chamber, a type of temp and humidity chamber , is mainly used for temperature and humidity simulation test of Photovoltaic (PV) products to evaluate their performance and reliability under different temperature and humidity conditions with temperature range of -60℃ ～ +100 ℃ and humidity range of 20% ~ 98% RH. Model: DHPV-04,PV-04 Standard: ,IEC 62804,IEC 61215,IEC 61646,IEC 62108,UL 1703,JIS C-8990,C-8991,C-8917,C-8938
LIB cyclic corrosion test chamber can perform the neutral salt spray, acid salt spray, prohesion and the alternating salt spray corrosion test. These CCT chambers can comply with accelerated corrosion test methods included ASTM B117, ASTM G85, ISO9227, IEC60068-2-52, ISO7253 and many others. NSS, AASS and CASS test can be carried out in the cyclic corrosion fog spray chamber.Cyclic corrosion fog spray chamber reproduces a more authentic salt spray environment with adjustable humidity.
LIB thermal shock chamber for sale has types: basket type, three-room type, and horizontal movement type. Including air to air hot cold shock test, air to liquid shock test and liquid to liquid shock test. According to different test requirements, customers choose suitable thermal shock test chambers for testing.
The high and low temperature impact test chamber(3 zones) can achieve rapid temperature change(-70℃ to +220℃) in a short time so as to evaluate the reliability and stability of the product. One workroom is for test room making external size smaller, pre-heated and pre-cooled zones are to achieve faster test temperature. You can also click to learn thermal shock chamber(2 zones) .
Simulate Marine Salt Fog & Accelerate Plating and Coating Durability Tests LIB industry salt spray chamber simulates the salt fog marine climate through 5% concentration salt solution, supporting both neutral salt spray (NSS) and acid salt spray ( AASS/CASS ) tests.The salt spray test chamber is used in the salt spray corrosion test for accelerated corrosion performance of plating and coating on metal surfaces. Temperature Range is Ambient ～ +60 ℃ ,and the humidity range is 95% ~ 98% RH . Customizable for different sample sizes and industrial standards, LIB salt spray chambers guarantee unifor
Reliable Corrosive Gas Testing for IEC 60068-2-42 & IEC 60068-2-60 Compliance LIB industry noxious gas test chamber enables manufacturers to identify corrosion risks early by accurately simulating real-world exposure to temperature, humidity and trace corrosive gases . Low-level gases such as SO₂, H₂S and NO₂ can cause long-term damage to metals, coatings and electronic components, often leading to unexpected failures in service. By providing precise control of gas concentration, temperature and humidity , the system supports IEC 60068-2-42 and IEC 60068-2-60 compliant single and mixed gas tes
Reliable High-Temperature Solutions for Industrial Thermal Processing LIB industry Industrial Ovens are engineered to deliver stable, uniform, and precise high-temperature performance for a wide range of industrial applications. With small, medium, and large chamber volumes and maximum temperatures up to +250°C, +500°C, +800°C, +1000°C, +1200 °C , these ovens support everything from routine drying to extreme heat treatment processes. Available in both standard and fully customized designs , LIB industry offers a complete portfolio including High-Temperature Ovens, Ventilated Ovens, Vacuum Oven
Custom Large-Scale Environmental Testing Solutions by LIB industry The LIB industry walk-in environmental chamber is a large-scale environmental test system designed for full-size products, assemblies, and batch testing . Compared with standard reach-in models, the walk-in design allows operators to enter the test area, making it especially suitable for oversized samples, heavy loads, and long-duration testing . LIB industry delivers complete walk-in environmental chamber solutions , covering engineering design, manufacturing, delivery, on-site installation, commissioning, and operator trainin
