isThermaL

We are recognized globally for our expertise in precise temperature control and simulation of extreme thermal environments, from -185 to +500°C, with rapid transitions or long dwell times. We are one of a few companies in the world to deliver autocascade refrigeration systems down to -100°C. Quality Policy | Manufacturing | Engineering | History. Our breadth of products and in-house engineering capabilities allow us to be a single-partner-solution for thermal test, process cooling, and cold storage applications. The iTS family includes four product brands: Temptronic, Sigma Systems, Thermonics, and North Sciences. With decades of product development, manufacturing and delivering over 100,000 controlled heating and cooling systems, we can address your specific requirements:. Thermal systems such as ThermoStream® forcing systems, thermal chambers, thermal platforms, and portable chillers provide end users and OEMs with highly reliable solutions. A worldwide network of local service providers and regional service centers ensure support that customers rely upon.

All of our products are designed and built in our Nevada, USA facility using only high-quality components and materials by our skilled workforce. In order to accommodate our increased production, we relocated from our old 27000 sq. Thermal Technology has designed and delivered several large, state of the art, industrial high temperature-controlled atmosphere press systems. Thermal Technology LLC is Leading the way in SPS/DCS Press Technology like no one else. Our systems are used in the manufacturing process of a wide range of products, including life-saving coronary stents, artificial joints, aircraft turbine blades, orthodontia, high-intensity discharge (HID) lighting and analytical instrumentation. We specialize in the most extreme processing conditions with temperatures commonly over 2,000 ˚C (3,600 ˚F) and controlled environments such as vacuum, inert gas, and hydrogen atmospheres. With thousands of installations worldwide across a range of different industries, our products can be fully customized to suit your unique thermal processing needs. As the first US OEM for Spark Plasma Sintering (SPS)/Direct Current Sintering (DCS) press furnace systems, Thermal Technology LLC has advanced this rapid processing technology to its furthest possibilities….

Using optical technology, we provide quick and accurate assessments of how materials handle heat, helping our customers understand their properties better. Our goal is to empower scientists and engineers with the knowledge and tools to explore thermal properties from the smallest building blocks to real-world applications. At Laser Thermal, we’re dedicated to making thermal measurements easy and accessible, especially for thin-film materials. Combining thermal transport, optics, materials physics, machine learning, AI, and intelligent design, we’re committed to helping you get the thermal data you need to fuel research and development, in-line metrology, and quality assurance. Laser Thermal, founded in Charlottesville, Virginia aims to push materials science forward by providing simple, accurate, and rapid measurement and analysis of difficult to measure nano-scale thermal properties, leading to increased customer innovation and higher quality products through better knowledge of their materials. SSTR-F is a non-contact, non-destructive thermal property measurement system that facilitates turnkey, high throughput measurements for users without a background in thermal metrologies, optics or laser systems. Alongside our SSTR-F instrument, we offer rapid turnaround for comprehensive thermal conductivity testing services across materials, interfaces, thin films, and substrates. We engage in collaborative partnerships to tackle intricate thermal management challenges and develop innovative solutions tailored to your needs.

Development of thermal design and rating software for ACCs. Therm has over 40 years collective experience in the field of applied thermo fluid dynamics. Thermal simulation digital models, supported with machine learned meta-models and able to run concurrently with an actual plant. Specialising in the development of thermal system design software, computational fluid dynamic analyses and thermal performance digital twins.

We are convinced that being open and transparent is the only way business should ever be conducted. To provide unparalleled-excellence in thermal engineering services through a wide spectrum of flexible customer engagement models that enable our customers to operate efficiently and effectively. Founded in 2014 near Austin, TX, Strategic Thermal Labs is a business dedicated to solving heat and mass transfer problems across a wide spectrum of industries. We offer world-class thermal engineering leadership that is well proven by the impressive industry pedigrees of each of our contributing engineers. Our objective is to provide deep subject matter expertise, high quality test and simulation capabilities, and truly creative problem solving to each of our customer engagements. At Strategic Thermal Labs, we are lead by an unyielding duty to operate honestly, and transparently with every company or individual we interact with. Honesty is a nonnegotiable, concrete, requirement for every person who works for STL. Having firsthand experience with various forms of IP-theft, our team is 100% dedicated to protecting your ideas, patents, and confidentiality.

Thermetrics’ team of engineers develops industry-leading technology for thermal manikin systems and other thermal testing equipment. Our products are used and trusted worldwide by commercial businesses, testing labs, and government clients. We are closed on all US national holidays. Thermetrics protects everyday heroes and explorers from extreme hot and cold conditions, wherever life takes them. We’re committed to designing cutting-edge thermal measurement testing tools that allow you to create game-changing products. Are you looking for help with product testing? Are you looking for help with an existing product? Our industry-leading biophysical testing instruments allow us to simulate environments of any temperature and provide precise, repeatable data for optimal thermal comfort.