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TI Fluid Systems

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Alper Koroglu

Lei Daniel

David Bureau

Pavel Pidrman

Patty Dutkiewicz

John Olley

Mark Sullivan

Paul Kuchinski

Ron Hundzinski

Johnathan Mcgill

Agnieszka Wieczorek

Brandon Daleo

Jeff Sarkady

Erica Dzwonkiewicz

Laurent Grilli

Juan Arellano

Domenic Milicia

Seong Park

Joseph Meyer

Michael Collingwood

Anil Ekanayake

Gary Sanderson

Franck Dargegen

Domenico Milicia

Hans Dieltjens

Todd Evans

Susan Gornall

Paolo Prezioso

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Fluid Thinking, Thermal Innovation
We are TI Fluid Systems: the industry leader in thermal solutions and fluid systems for vehicle manufacturers across the world.
Empowering the future of mobility
TI Fluid Systems designs and manufactures thermal management and fluid handling systems that improve efficiency, performance and sustainability for forward-thinking organisations worldwide.
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Products
Working across fluid carrying systems and thermal technologies to provide complete fluid solutions, we design and manufacture high-quality, high-efficiency products for automakers producing the vehicles of today and tomorrow.
ITMA 1.4
The ITMA 1.4 combines all mandated coolant distribution functions into one compact module. Maximized content on coolant management.
R1234YF
The Accumulator for R1234yf refrigerant combines the medium storage as well as gas / liquid separation including moisture extraction to protect the e-Compressor against liquid stroke.
Rubber Aluminum Refrigerant Line
The traditional aluminum rubber refrigerant lines combine rigid aluminum tubes with flexible rubber hose sections and connect the refrigerant loop key components such as Compressor, ambient Heat Exchanger, Valves, internal Heat Exchanger and the Accumulator.
TPRL
TPRL is a breakthrough innovative technology for suction and liquid line applications in vehicle refrigerant systems, offering up to 60% weight reduction. The smart combination of plastic materials replaces traditional metal and rubber tubes with optimal resistance and compatibility to refrigerant & environmental exposures.
IBFD
The ITMA 1.0 IBFD is a blow molded compact module specifically for inner battery coolant distribution. It is designed to substitute multiple number of single coolant lines into one compact and highly efficient unit on highest customer demands, within the limited battery inner space.
ITMR 1.4
The ITMR 1.4 incorporates the key traditional separated refrigerant flow control functions with features for highly efficient pressure and flow management within a compact module. Functional parts such as Compressor, Valves, Heat Exchanger and Accumulator-IHX, for refrigerant conditioning and storage, are fully integrated to provide a Plug?n Play module.
ITMR 1.3
The ITMR 1.3 incorporates traditional separated refrigerant (R744) flow control functions with features for highly efficient pressure and flow management within a compact module. Functional parts, such as Valves, Sensors, Heat Exchanger and the Accumulator-IHX, for refrigerant conditioning and storage, are fully integrated to provide a Plug?n Play module.
ITMR 1.2
The ITMR 1.2 valve block unit combines single valves, traditionally separated within a refrigerant loop, into one single compact and modular valve unit to achieve overall increased efficiency, less bill of material and connections and reduces the refrigerant mass needed within the loop.
ITMA 1.3
The ITMA 1.3 combines coolant transport and distribution functions and in addition incorporates the heat exchanger (Chiller) as the heat transfer interface between coolant and the refrigerant system.
Hydrogen Lines
The Hydrogen Supply Line ensures the distribution of hydrogen at low pressure from hydrogen regulator at the hydrogen tanks to the fuel cell processing system. The Hydrogen Storage Lines connect the high-pressure hydrogen tanks and the regulator on the high-pressure side of the supply system.
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Sustainable Fluid Solutions
We have always developed products with increased efficiency and lower emissions in mind. Now, we?re leading the shift to electrification with tailored solutions that enable our customers to lower their impact further without sacrificing quality.
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Innovation-Led Mobility Technology
Our five global technical centers and seven regional support centers drive our research and development efforts, enabling us to find solutions to the industry?s most complex challenges.
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Our history spans 100 years of innovation. Explore who we are, what we stand for and how we became the go-to fluid system partner for global automakers.