Explore product data, material-compatibility guidance and safety information. Choose the document that answers the next question in your evaluation.
Technical information for material selection and qualification.
Inherent Fluids™ 280-LV & 336-HT
Compare the two cooling grades and review the properties relevant to thermal, hydraulic and electrical evaluation.
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Physical, thermal and electrical property tables
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Viscosity across operating temperatures
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Cleanliness, integration and qualification considerations
Product data for Inherent Fluids™
Materials and safe handling
Screen the materials in your system.
Review guidance for seals, elastomers, metals, plastics, cables, hoses and electronic materials.
Includes preferred, compatible, engineering-review and not-recommended categories, plus finished-part qualification considerations.
Understand the chemistry and its applications.
What is
Emergent Fluids™?
How terminal olefin structure affects reactivity and additive preparation.
The role of Emergent Fluids™ in reactive intermediates, dispersants and deposit-control additives.
PIB in industrial
formulations
PIB in fuel and
lubricant additives
Material-selection considerations for adhesives, caulks and sealants.
Common Questions.
Both begin with isobutylene and share a chemistry and processing foundation.
Emergent Fluids™ is a reactive intermediate. Inherent Fluids™ use selected, saturated oligomers designed for dielectric cooling.
They serve different applications and require different qualification criteria.
Selection depends on operating temperature, hydraulic requirements, heat rejection, equipment and materials. The lower-viscosity 280-LV and higher-temperature 336-HT grades provide different starting points for system evaluation.
Selected direct-to-chip and secondary-loop applications are being evaluated. Suitability must be confirmed through equipment and OEM qualification.
Dry heat rejection can reduce or avoid evaporative process-water consumption where climate and system design permit. A closed-loop facility water circuit may still be part of the architecture.
ReOrigin™ is a developing concept for recovering value through repolymerization of suitable spent PIB materials. It can apply across PIB markets, with the greatest expected value in cooling applications. Recovery depends on material condition, process development and qualification.
NewTec
Partners
INHERENT FLUIDS™
Email:
info@newtecpartners.com
Location:
NewTec Partners, LP · Houston, Texas