🌡️ DOES YOUR PRODUCT WITHSTAND REAL-WORLD STRESS? THE THERMAL SHOCK CHALLENGE.

In a global market where reliability is the minimum standard, thermal stress testing is no longer optional. At DYCOMETAL, we have spent over 40 years designing solutions to push materials to their limits, ensuring safety before they ever reach the market.  

Our range of Thermal Shock Chambers (CRT2V) enables extreme temperature transitions in seconds, simulating aggressive conditions in a controlled and precise manner. 

What sets us apart?
·        In-house Engineering: We design and manufacture every component at our plant in Viladecans. 
·        Testing Versatility: Vertical and horizontal models, including air-to-water systems, to comply with the most demanding international standards. 
·        Commitment to Quality: All our equipment is verified in our own LCIS calibration laboratory, under ISO 9001:2015 standards. 

We don't just manufacture chambers; we are your strategic partner in quality control.

 Would you like to more know? 
📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com

  #Dycometal #EnvironmentalSimulation #QualityControl #ReliabilityEngineering #ThermalShock #TestingTechnology #AutomotiveEngineering #AerospaceTesting #MaterialsScience #ISO9001

CLIMATIC TEST CHAMBER FOR PACKAGING VALIDATION. CLIMATE CHAMBER CCKMB-40-5625T

Our client, a renowned independent laboratory specializing in the physical testing and validation of packaging for transport, needed to increase the number of units to expand its climate testing capacity.

The required specifications were:

👉 Medium-to-large chamber volume for all types of samples.

👉 Modular chamber that could be easily moved if needed.

👉 Temperature range down to -40ºC for ultra-freezing tests.

👉 Humidity control.

👉 High stability and uniformity.

OUR SOLUTION: Based on other models supplied to this client, we opted for two MODUBLOC climatic chambers, models CCK-40/5625T. These chambers have a 5.6 m³ internal volume capacity, a large access door, and a very vertical design to accommodate tall samples. The interior is made of stainless steel, and the exterior is mounted on a frame that allows for easy movement of the entire chamber unit if needed, while also providing a natural cooling zone. Temperature ranges from -40°C to +80°C, with gradients tailored to the client's requirements. All of this is controlled by an advanced touchscreen controller.

Would you like to more know? / ¿Te gustaría saber más?

📩 Contacto: comercial@dycometal.com

🌐 Web: www.dycometal.com

DID YOU KNOW THAT DYCOMETAL HAS BEEN MANUFACTURING BATTERY CHAMBERS FOR OVER 20 YEARS?

At DYCOMETAL, we have been designing and manufacturing specialized battery testing chambers for over two decades, back when many manufacturers were still not considering the real safety requirements of these types of applications.

Our experience has allowed us to develop systems with added safety features and solutions adapted to the risks associated with battery testing, especially in demanding sectors such as automotive, electric mobility, electronics, and energy storage.

OUR SOLUTION (2016): A CETM-70/1000, a 1000-liter thermal testing chamber. This reinforced unit is designed to test masses exceeding 250 kg, with a temperature gradient of 1°C/min between +120°C and -20°C, taking into account the mass and heat dissipation within the system. The system was built taking into account EUCAR risks, incorporating high safety standards such as an overpressure evacuation system, electromagnetic lock, gas meters, etc. All of this is designed to guarantee maximum safety and reliability.

Because when it comes to battery testing, experience and safety are not optional.

Would you like to more know?

📩 Contacto: comercial@dycometal.com

🌐 Web: www.dycometal.com

INTELLIGENT THERMAL CONTROL FOR HIGH-DENSITY RACKS. CLIMATIC CHAMBER CCK-0-6264m

In an increasingly digital world, the reliability of IT infrastructure is a critical factor to consider. As computing power increases, so does the energy dissipated by servers… and, with it, the heat generated in the racks. This thermal increase not only impacts performance but can also compromise the stability and lifespan of the infrastructure if not properly managed.
 
What is needed?:
👉 Modular chambers with wide door openings.
👉 Multiple access points.
👉 High capacity for compensating dissipated energy.
👉 Optimized airflow.
👉 Humidity control.
 
OUR SOLUTION: DYCOMETAL has been manufacturing controlled environment chambers for server conditioning since 2017, such as our CCK-0/6264m chamber, a modular chamber with high dissipation capacity and optimized airflow to remove generated heat and maintain the appropriate internal operating conditions for server racks. The chamber has a large door for accessing larger racks, as well as two auxiliary doors for convenient access to the servers from any side of the chamber. It features a reinforced and insulated floor, minimizing heat loss.
The client also requested relative humidity control to ensure controlled conditions across all possible variables.
All of this is controlled by an advanced microprocessor connected to its central control unit and an independent temperature recording system at various points in the rack, guaranteeing maximum stability and uniformity both temporally and spatially.

Would you like to more know? 

📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com

CLIMATIC TESTING FOR CONSTRUCTION MATERIALS. CCK-30/1500T CLIMATIC CHAMBER

A major European university needed a chamber to conduct climatic tests on thermal and acoustic insulation materials, controlling temperature and humidity. This client already owned freeze-thaw (FTH) chambers from our company and entrusted us with the task of finding a suitable chamber for their needs.

The required specifications were:
👉 Medium-to-large chamber volume for all types of samples.
👉 Temperature range suitable for construction materials.
👉 Humidity control.
👉 High stability and uniformity.
 
OUR SOLUTION: The 1500-liter climatic test chamber, MODEL: CCK-30/1500T. This 1500-liter chamber, measuring 1000 x 1000 x 1500 mm (H x W x D), provided ample space for long test specimens. The chamber offered a temperature range from -30°C to +150°C and cooling gradients of 2.5 K/min and heating gradients of 4 K/min, enabling it to perform even some freeze-thaw tests. The CCK-T systems feature extended relative humidity control for conducting tests with more demanding humidity requirements. All of this was controlled via an advanced 7” touchscreen control system and our new totem with an operating status indicator light.

Would you like to more know?
📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com

CLIMATIC TESTING ON SELF-ADHESIVE LABELS. 🏷🏷

MODEL CCK-20/48T
Climatic testing of self-adhesive labels is essential to ensure that the product does not peel, fade, or degrade prematurely. When writing a report or test plan, you should focus on how the face (fronting material), the adhesive, and the substrate (application surface) interact under environmental stress.
 
👉 Temperature Resistance
👉 Humidity and Condensation Resistance
👉 Post-Climate Mechanical Testing
 
Initial requirements for selecting the most suitable chamber could be:
• Small volume.
• Negative temperature ranges.
• Relative humidity control.
• Data logging system for reporting.
 
OUR SOLUTION: Our smallest climatic chamber, the DYCOMETAL CCK-20/48T, with a capacity of 48 liters. A compact benchtop chamber, both internally and externally, for easy installation in the laboratory, enabling the testing of small samples. With a temperature range from -20°C to +150°C and extended relative humidity control, it allows samples to be subjected to the ambient conditions of storage and transport. Advanced controls and software enable the recording of all test data for subsequent report generation.

📩 Contacto: comercial@dycometal.com

🌐 Web: www.dycometal.com

THERMAL TESTING FOR OPTICAL MEASUREMENTS UNDER CONTROLLED TEMPERATURE CONDITIONS.

THERMAL TEST CHAMBER: CETM-70/125T
A client in the electronics sector was looking for a thermal test chamber for the characterization of materials and devices with optical properties (sensors, coatings, fibers, etc.). These elements are affected by environmental conditions.
 
Key points to consider:
👉 Variation of optical properties (transmittance, reflectance, refractive index) with temperature.
👉 Potential measurement errors due to thermal gradients or condensation on optical windows.
👉 Integration of optical instrumentation (sources, detectors, fibers) in a controlled environment without disturbing the sample.
👉 Need for reproducibility in thermal cycles (heating/cooling).
👉 Isolation from vibrations and external disturbances that could affect the optical signal.
 
Our client, in the electronics sector, needed a powerful temperature control system to evaluate how environmental conditions affect device behavior in order to analyze different technical parameters under controlled temperature conditions.
 
OUR SOLUTION: CETM-70/125T. A thermal testing chamber adapted to perform these tests, taking into account the client's needs. It features through-hole systems to support anti-vibration systems. The chamber has high-quality optical windows: one on the front and another located in the ceiling for conducting optical studies. It includes a system to prevent condensation on samples. A cryogenic nitrogen system allows for reaching extreme temperatures below +100°C. All of this is achieved while controlling the temperature of the sample.

For more information, please contact us by email: comercial@dycometal.com or on our website: www.dycometal.com . 

DYCOMETAL, a company with more than 40 years of experience in the development of simulation chambers for environmental testing, offers its customers ENVIRONMENTAL TESTING SOLUTIONS ADAPTED TO THEIR NEEDS.