THERMAL TESTING OF ENGINE INTAKE MANIFOLDS: CETM-50/3200e TEMPERATURE TEST CHAMBER

 A major engineering firm sought to integrate a thermal testing system to evaluate material fatigue, structural integrity, and gasket performance under conditions of accelerated thermal aging for engine intake manifolds. Intake manifolds—whether made of plastic or metal—are subjected to extreme conditions under the hood, including thermal cycling, rapid temperature fluctuations, pressure changes, and vibration. A failure in the material or a breach in the seal can lead to performance loss, air/fuel leaks, or even serious engine damage. Validating their performance prior to mass production is a critical and essential step.

The requirements specified were:
👉 Large internal volume.
👉 Ergonomic design.
👉 A test range of -40 ºC to +130 ºC.
👉 Temperature change rates (gradients) of 2 K/min for both cooling and heating, accounting for the thermal mass and heat dissipation of three aluminum test samples.
👉 Additional safety features for a glycol-based system.

OUR SOLUTION: The DYCOMETAL CETM-50/3200e-2P thermal test chamber. This model is specifically designed to accommodate three samples in parallel, utilizing three reinforced shelves. Its internal dimensions—1000 x 1600 x 2000 mm (H x W x D)—allow for ergonomic positioning of the samples, with ample space for external system connections routed through four 150 mm access ports. The entire process is managed via an advanced controller and its associated software.

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

DID YOU KNOW THAT SPORTSWEAR IS TESTED IN CLIMATIC CHAMBERS? CLIMATIC CHAMBER: CCK-40/21430mT

 Our client—a manufacturer of high-performance apparel and accessories—sought a climatic system to verify the behavior of materials during both manufacturing and actual use. They needed to guarantee and validate the clothing's performance under the most demanding conditions, ranging from the humid heat of tropical regions to the dry heat of the desert.

The required specifications were:
- Sufficient volume to accommodate equipment and two people exercising
- Temperature range of -40ºC to +50ºC
- Relative humidity control
- Airflow velocity control
- Multiple observation windows

OUR SOLUTION: The CCK-40/21430mT modular chamber, specifically designed to fit the client's available space. With a volume of 21,430 liters, the chamber accommodated two stationary bikes and two athletes, allowing for performance testing across a temperature range of -40ºC to +50ºC and humidity levels ranging from dry conditions to tropical environments (near 90% RH). The chamber featured high-clarity observation windows to enable video recording of the interior. The entire system was managed via an advanced control system and dedicated software.

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

OKTOBERFEST IS HERE, BUT... DID YOU KNOW THAT BEER ALSO UNDERGOES ITS OWN ENVIRONMENTAL QUALITY CONTROL TESTS?

 It’s true; beers undergo specific environmental tests to check their resistance to oxidation and aging reactions triggered by rising temperatures. Radiation is used to assess hop degradation and verify the glass's ability to filter out light radiation. These tests involve "forced aging"—known as accelerated stability testing—which recreates, in just a few days, the harshest real-world conditions the product might face during distribution and retail.

Typical system specifications include:
👉 High load capacity.
👉 Temperature range up to +40ºC.
👉 Irradiation system.
👉 Food-grade stainless steel construction.
👉 Multiple shelves.

OUR SOLUTION: The AFA-30/1000e refrigerated chamber, designed specifically for accelerated testing by beer manufacturers. This high-capacity system features six height-adjustable stainless steel shelves, allowing for flexible positioning based on sample size. Stable and uniform temperature control (up to +40ºC) is maintained throughout the test duration, while a rear-mounted lighting system enables degradation testing. The entire system is managed via a user-friendly controller.

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

DID YOU KNOW THAT OUR CLIMATIC CHAMBERS HAVE BEEN ADAPTED WITH LOW-GWP REFRIGERANT GASES, AS REQUIRED BY THE EUROPEAN F-GAS REGULATION?

 In our ongoing commitment to environmental sustainability and regulatory compliance in simulation testing, technological innovation is a fundamental pillar. 

At DYCOMETAL, with over 40 years of experience designing and manufacturing environmental testing equipment, we understand that test precision must never compromise the planet's sustainability. For this reason, we design and adapt our systems by replacing high Global Warming Potential (GWP / PCA) refrigerants with low-GWP refrigerants, ensuring strict compliance with European F-Gas regulations. 

What advantages does this adaptation bring to your testing processes?
🔹 Guaranteed Regulatory Compliance: Protect your testing facilities against current European regulatory restrictions and requirements. 
🔹 Optimized Energy Efficiency: Intelligent cooling systems designed to reduce electrical power consumption without sacrificing thermal accuracy or performance. 
🔹 Manufacturing Quality & Reliability: Equipment fully developed in-house under ISO 9001:2015 certification and calibrated by our own LCIS laboratory. 
🔹 Operational Continuity: Future-proof solutions that prevent operational downtime due to supply shortages or penalties associated with phased-out refrigerants. 

Whether you need to adapt existing installations or acquire new custom-built temperature, humidity, thermal shock, or corrosion test chambers, our engineering team is at your service to provide tailored technical expertise. 

Join us in moving toward responsible and efficient environmental testing. 🌿
📩 Interested in optimizing your laboratory's capabilities? Get in touch with us or visit our website at www.dycometal.com

CLIMATIC TESTING FOR CEREAL RESEARCH: CMMB-0/950T CLIMATIC CHAMBER

 A technology center specializing in cereal research contacted us to request a climatic chamber for studies covering everything from milling to end-use applications—such as bread, pastries, cookies, plant-based beverages, and more—under controlled temperature and humidity conditions.

The required specifications were:
👉 Large internal capacity.
👉 Temperature range of 0°C to +80°C.
👉 Relative humidity control.
👉 Rapid recovery after door closure.
👉 Control and data logging software.

OUR SOLUTION: The CMMB-0/950T climatic test chamber. This new design by DYCOMETAL features a vertical configuration to optimize laboratory space and offers a compact footprint. It provides a temperature range of 0°C to +80°C and humidity control from 10% to 90%. The unit is operated via a 7-inch touchscreen with an Ethernet port and dedicated control software, and includes the new WEBVIEWER system for remote control from any device.

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

WHAT IF WE NEED TO TEST SMALL AEROSPACE COMPONENTS? THE CETM-70/48T THERMAL TEST CHAMBER.

 While aircraft are massive vehicles, not all their constituent parts are large; many are small yet still require the same thermal and climatic testing as larger components.
In this instance, our client—a manufacturer of pneumatic aerospace components—needed a thermal test system to conduct thermal resistance tests. They required a small-volume unit, given the compact size of the samples.

The specifications they sought were:
👉 Small volume.
👉 Ergonomic design.
👉 Temperature range: -70°C to +150°C.
👉 Observation window.
👉 Remote control.

OUR SOLUTION: The CETM-70/48T thermal test chamber. It is our smallest model by volume, yet it offers the same temperature ranges as our larger models. It features an ergonomic design, with controls positioned at a comfortable height for any user and a test zone that is ergonomically arranged despite the compact test chamber dimensions (400 x 400 x 300 mm; 48 liters). Additionally, the system features an HMI-based control interface with remote control and data logging software, as well as a WEBVIEWER function that allows the chamber to be controlled remotely from any electronic device..
Would you like to more know? 

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

CLIMATIC TESTING FOR BALLISTIC PERFORMANCE OF BALLISTIC VESTS. CCK-20/1000T CLIMATIC CHAMBER

 A client wanted to evaluate the ballistic performance of bulletproof vests over time according to NIJ Standard-0101.06. To do this, they planned to acquire a Tumbler drum unit to combine with a climatic chamber that met the climatic and environmental requirements for the various testing procedures for flexible (soft) and rigid (hard) armor.

The required conditions were:
👉 Adequate interior volume to accommodate the Tumbler drum.
👉 Reinforced floor to support the weight of the Tumbler drum.
👉 Compliance with the environmental conditions specified in NIJ Standard-0101.06.
👉 Extended temperature range for conditioning rigid armor (ballistic plates), Phase 2 cold cycle.
👉 Communication capability with the external drum control system.

OUR SOLUTION: The CCK-20/1000T climate test chamber, adapted in its internal dimensions to the drum's dimensions. The chamber features a front opening of over 180º, allowing access to the test area. Its extended range allows for testing both flexible armor and rigid shielding (phase 1 and phase 2 cold cycle). The system includes an Ethernet port as well as communication signals with the customer's remote control system for the Tumbler drum. All of this is controlled by the advanced control system based on a 7” touchscreen panel.

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