What is a constant climate chamber?
Commercial products like pharmaceutics, cosmetics, electronics, food, packaging,… have changing properties under the influence of the environmental temperature, humidity and light over time. These changes can impact the quality and the functionality of these products. Environmental simulations research the effects of ambient climate using constant climate chambers to give recommendations for transport, storage and use. The environmental parameters temperature, humidity (RH) and light are simulated in constant climate chambers. A constant climate chamber is developed for the purpose of keeping the setpoints constant for longer periods. When changing the setpoint, the temperature change is relatively slow. From a technological point of view 2 technologies can be used: electrical heaters (combined with compressor technology) or Peltier.
The most known application for a constant climate chamber is stability testing according to ICH (International Conference on Harmonisation). Other applications are pre-conditioning of samples, plant growth, insect growth,…
View products
When your setpoint is close to or below room temperature, the unit needs to have cooling technology included. This can either be done by integrating compressor cooling (combined with electrical heaters) or Peltier technology (single technology that can cool in both directions). When you are doing environmental simulations with constant climate conditions, Peltier has the following advantages over a compressor:
- Much lower energy consumption: up to 90% depending on the used setpoint
- Less vibrations and noise
- More compact: more chamber space for the same external dimensions
- Maintenance friendly: Peltier is very robust and doesn’t involve any cooling liquids
The ICH (International Conference on Harmonisation) guideline gives guidance on how to do stability testing. The aim of the ICH stability testing studies is to achieve information about:
- Expiration date of the finished pharmaceutical product
- Re-test period (expiration date of the active pharmaceutical ingredient)
- Selection of the correct excipients
- Storage temperature
- Necessary packaging components
- Handling during manufacture and transport
ICH includes 2 types of testing: long term testing and accelerated testing. Long term testing includes stability studies under the recommended storage condition for the re-test period or expiration date proposed for labeling. Accelerated testing includes exaggerated storage conditions to increase the rate of chemical degradation or physical change of API or FPP. The purpose is to determine long term effects under non-accelerated conditions (together with long term stability data) and to evaluate the effect of short-term excursions “out of storage conditions” (may occur during shipping).
What is a dynamic climate chamber?
A dynamic climate chamber is developed to program extreme and rapid temperature and humidity cycles, with the purpose to provoke accelerated ageing and destruction. When changing the setpoint, the temperature change is relatively fast (around 5°C per minute). From a technological point of view, strong electrical heaters are used combined with strong single our double compressor technology. For dynamic climate chambers, the focus lies more on industries like electro-technical industry, automotive, defense, materials, packaging,…
The objective is to determine:
- The lower and upper limits of destruction
- The climate range where functionality is guaranteed
- Latent design failures
- Conditions for transport, storage and intended use
- IEC 60068 provides guidance for dynamic environmental simulation tests.
Our products
Constant climate chamber HPP110eco, with TwinDISPLAY, 108 l, working-temperature range without light: 0 °C (at least 20 °C below ambient temperature) to +70 °C, working-temperature range with light: +15 °C to +40 °C, humidity range without light 10 % - 90 % rh, humidity range with light 10 % to 85 % rh, with 2 grids, outside stainless steel door, inside glass door, Ethernet interface for reading out protocol log, uploading programmes and for online logging, USB port on ControlCOCKPIT for use of USB stick, multiple over-/ undertemperature protection, internal data logger with storage capacity of at least 10 years, calibration facility; works calibration certificate at +10 °C, +37 °C as well as +30 °C at 60 % rh; textured stainless steel exterior: 745 x 864 x 656 mm; stainless steel interior: 560 x 480 x 400 mm; voltage: 230 V, 50/60 Hz; max. electrical load: approx. 650 W
Constant climate chamber HPP260eco, with TwinDISPLAY, 256 l, working-temperature range without light: 0 °C (at least 20 °C below ambient temperature) to +70 °C, working-temperature range with light: +15 °C to +40 °C, humidity range without light 10 % - 90 % rh, humidity range with light 10 % to 85 % rh, with 2 grids, outside stainless steel door, inside glass door, Ethernet interface for reading out protocol log, uploading programmes and for online logging, USB port on ControlCOCKPIT for use of USB stick, multiple over-/ undertemperature protection, internal data logger with storage capacity of at least 10 years, calibration facility; works calibration certificate at +10 °C, +37 °C as well as +30 °C at 60 % rh; textured stainless steel exterior: 824 x 1183 x 756 mm; stainless steel interior: 640 x 800 x 500 mm; voltage: 230 V, 50/60 Hz; max. electrical load: approx. 920 W
Constant climate chamber HPP410eco, with TwinDISPLAY, 384 l, working-temperature range without light: 0 °C (at least 20 °C below ambient temperature) to +70 °C, working-temperature range with light: +15 °C to +40 °C, humidity range without light 10 % - 90 % rh, humidity range with light 10 % to 85 % rh, with 2 grids, outside stainless steel door, inside glass door, Ethernet interface for reading out protocol log, uploading programmes and for online logging, USB port on ControlCOCKPIT for use of USB stick, multiple over-/ undertemperature protection, internal data logger with storage capacity of at least 10 years, calibration facility; works calibration certificate at +10 °C, +37 °C as well as +30 °C at 60 % rh; textured stainless steel exterior: 824 x 1720 x 756 mm; stainless steel interior: 640 x 1200 x 500 mm; voltage: 230 V, 50/60 Hz; max. electrical load: approx. 1130 W
The BINDER MKF 115 dynamic climate chamber is designed for advanced environmental simulation, offering precise control of temperature and humidity for material testing, stability studies, and accelerated stress testing. With a spacious 102-liter test volume, this model is ideal for laboratories and industrial applications that require reliable and reproducible test conditions.
Key Features and Technical Specifications
- Temperature Range: -40°C to +180°C – suitable for extreme environmental simulations
- Humidity Control: 10% to 98% RH for highly accurate climate testing
- Rapid Temperature Change Rates: 5 K/min heating and 4 K/min cooling for accelerated stress testing
- Test Space Capacity: 102 liters – optimized for medium-scale test setups
- High-Performance Refrigeration System: Ensures precise control and energy-efficient operation
- Programmable Controller: User-friendly touch control with customizable test cycles and real-time monitoring
- Interior Construction: Corrosion-resistant stainless steel for long-term durability and easy cleaning
- Integrated Data Logging: USB and Ethernet connectivity for seamless data export and remote monitoring
Compliance and Application Areas
The MKF 115 climate chamber meets international testing standards such as ICH Q1A and IEC 60068-3-5, making it ideal for:
- Pharmaceutical stability and shelf-life testing
- Automotive and aerospace component durability studies
- Electronics and material stress tests under extreme conditions
- Research and development in life sciences and industrial applications
Why Choose the BINDER MKF 115?
- High precision and reliability for laboratory and industrial use
- Dynamic climate control with fast response times
- User-friendly operation with intuitive programming and data management
- Low-maintenance design with a robust stainless steel chamber
For researchers and engineers looking for a high-performance climate chamber with advanced programmable capabilities, the BINDER MKF 115 offers industry-leading accuracy, efficiency, and ease of use.
Get a Quote or More Information
For pricing, availability, or technical inquiries, contact us today or request a personalized consultation to find the right solution for your testing needs.
The BINDER MKF 240 dynamic climate chamber is engineered for precise temperature and humidity control, making it ideal for material testing, stability studies, and accelerated stress testing. With a large 228-liter test volume, this chamber is well-suited for laboratories and industrial applications requiring consistent and reproducible environmental conditions.
Key Features and Technical Specifications
- Temperature Range: -40°C to +180°C – perfect for extreme climate simulation
- Humidity Control: 10% to 98% RH for highly precise moisture regulation
- Rapid Temperature Change Rates: 4.5 K/min heating and 4 K/min cooling for accelerated stress testing
- Test Space Capacity: 228 liters – spacious interior for larger test setups
- High-Performance Refrigeration System: Efficient operation with stable environmental conditions
- Programmable Controller: Intuitive touch control with real-time monitoring and customizable test cycles
- Interior Construction: Corrosion-resistant stainless steel for durability and ease of cleaning
- Integrated Data Logging: USB and Ethernet connectivity for seamless data export and remote monitoring
Compliance and Application Areas
The MKF 240 climate chamber is compliant with industry standards such as ICH Q1A and IEC 60068-3-5, making it suitable for:
- Pharmaceutical stability testing and shelf-life studies
- Automotive and aerospace component durability testing
- Electronics and material stress testing under extreme conditions
- Research and development in life sciences and industrial sectors
Why Choose the BINDER MKF 240?
- High precision and reliability for laboratory and industrial applications
- Dynamic climate control with fast response times
- User-friendly operation with advanced programming and data management
- Low-maintenance design with a robust stainless steel chamber
For researchers and engineers requiring a high-capacity, precision-controlled climate chamber, the BINDER MKF 240 delivers superior accuracy, efficiency, and ease of use.
Get a Quote or More Information
For pricing, availability, or technical inquiries, contact us today or request a personalized consultation to find the right solution for your testing needs.
The BINDER MKF 400 dynamic climate chamber is designed for high-precision environmental simulation, offering accurate temperature and humidity control for material testing, stability studies, and accelerated stress testing. With a spacious 400-liter test volume, this chamber is ideal for laboratories and industrial applications requiring consistent, reproducible test conditions for larger sample sizes.
Key Features and Technical Specifications
- Temperature Range: -40°C to +180°C – ideal for extreme environmental simulations
- Humidity Control: 10% to 98% RH for precise climate regulation
- Rapid Temperature Change Rates: 4.5 K/min heating and 3 K/min cooling for accelerated stress testing
- Test Space Capacity: 400 liters – optimized for large-scale test setups
- High-Performance Refrigeration System: Ensures stable and energy-efficient operation
- Programmable Controller: Intuitive touch control with real-time monitoring and customizable test cycles
- Interior Construction: Corrosion-resistant stainless steel for long-term durability and easy cleaning
- Integrated Data Logging: USB and Ethernet connectivity for seamless data export and remote monitoring
Compliance and Application Areas
The MKF 400 climate chamber meets international testing standards such as ICH Q1A and IEC 60068-3-5, making it ideal for:
- Pharmaceutical stability testing and shelf-life studies
- Automotive and aerospace component durability testing
- Electronics and material stress testing under extreme conditions
- Research and development in life sciences and industrial applications
Why Choose the BINDER MKF 400?
- High precision and reliability for laboratory and industrial applications
- Dynamic climate control with fast response times
- User-friendly operation with advanced programming and data management**
- Low-maintenance design with a robust stainless steel chamber**
For scientists and engineers seeking a large-capacity climate chamber with advanced programmable capabilities, the BINDER MKF 400 offers industry-leading accuracy, efficiency, and ease of use.
Get a Quote or More Information
For pricing, availability, or technical inquiries, contact us today or request a personalized consultation to find the right solution for your testing needs.
The BINDER MKF 720 dynamic climate chamber is engineered for precise and reproducible environmental testing, delivering accurate temperature and humidity control for material testing, stability studies, and accelerated stress testing. With a spacious 700-liter test volume, this model is ideal for laboratories and industrial applications requiring consistent, large-scale test conditions.
Key Features and Technical Specifications
- Temperature Range: -40°C to +180°C – designed for extreme climate simulation
- Humidity Control: 10% to 98% RH for highly accurate moisture regulation
- Rapid Temperature Change Rates: 4.5 K/min heating and 3 K/min cooling for accelerated stress testing
- Test Space Capacity: 700 liters – suitable for large sample volumes
- High-Performance Refrigeration System: Ensures precise control and energy-efficient operation
- Programmable Controller: Intuitive touch control with real-time monitoring and customizable test cycles
- Interior Construction: Corrosion-resistant stainless steel for durability and easy maintenance
- Integrated Data Logging: USB and Ethernet connectivity for seamless data export and remote monitoring
Compliance and Application Areas
The MKF 720 climate chamber meets international testing standards such as ICH Q1A and IEC 60068-3-5, making it suitable for:
- Pharmaceutical stability testing and shelf-life studies
- Automotive and aerospace component durability testing
- Electronics and material stress testing under extreme conditions
- Research and development in life sciences and industrial applications
Why Choose the BINDER MKF 720?
- High precision and reliability for laboratory and industrial use
- Dynamic climate control with fast response times
- User-friendly operation with intuitive programming and data management
- Low-maintenance design with a robust stainless steel chamber
For scientists and engineers seeking a high-capacity, precision-controlled climate chamber, the BINDER MKF 720 delivers unparalleled accuracy, efficiency, and ease of use.
Get a Quote or More Information
For pricing, availability, or technical inquiries, contact us today or request a personalized consultation to find the right solution for your testing needs.
The BINDER MKF 1020 dynamic climate chamber is engineered for precise temperature and humidity control, making it ideal for material testing, stability studies, and accelerated stress testing in industrial and laboratory environments. With an impressive 1,020-liter test volume, this chamber is designed to accommodate large-scale testing applications while ensuring high accuracy and reproducibility.
Key Features and Technical Specifications
- Temperature Range: -40°C to +180°C – ideal for extreme environmental simulations
- Humidity Control: 10% to 98% RH for precise climate regulation
- Rapid Temperature Change Rates: 4 K/min heating and 3 K/min cooling for accelerated stress testing
- Test Space Capacity: 1,020 liters – optimized for large-scale test setups
- High-Performance Refrigeration System: Ensures stable, energy-efficient operation
- Programmable Controller: Intuitive touch control with real-time monitoring and customizable test cycles
- Interior Construction: Corrosion-resistant stainless steel for long-term durability and easy maintenance
- Integrated Data Logging: USB and Ethernet connectivity for seamless data export and remote monitoring
Compliance and Application Areas
The MKF 1020 climate chamber meets international testing standards such as ICH Q1A and IEC 60068-3-5, making it suitable for:
- Pharmaceutical stability testing and shelf-life studies
- Automotive and aerospace component durability testing
- Electronics and material stress testing under extreme conditions
- Research and development in life sciences and industrial applications
Why Choose the BINDER MKF 1020?
- High precision and reliability for laboratory and industrial applications
- Dynamic climate control with fast response times
- User-friendly operation with intuitive programming and data management
- Low-maintenance design with a robust stainless steel chamber
For scientists and engineers requiring a high-capacity, precision-controlled climate chamber, the BINDER MKF 1020 delivers unparalleled accuracy, efficiency, and ease of use.
Get a Quote or More Information
For pricing, availability, or technical inquiries, contact us today or request a personalized consultation to find the right solution for your testing needs.
