Find your application.
Each area answers a different question about suitability for immersion cooling.
01
Evaluate thermal performance, circulation and handling across the relevant operating temperatures.
Viscosity and density
Thermal conductivity and heat capacity
Volatility, flash point, autoignition temperature and stability
How does the fluid behave in service?
03
Screen the materials and finished parts exposed to the fluid at the intended temperatures and exposure durations.
Seals, gaskets and elastomers
Metals, plastics, hoses and cables
Boards, coatings and electronic materials
How does it interact with system materials?
02
Evaluate electrical properties together with the contaminants that can affect them.
Dielectric strength and resistivity
Dissipation factor
Water, particles and chemical contaminants
Is it suitable for direct contact with electronics?
04
Qualify fluid and hardware together under representative operating conditions.
Pressure drop, flow distribution and pump power
Component temperatures and heat removal
Filtration, contamination control and service procedures
Does the fluid work in the selected equipment?
Technical data supports evaluation. Commercial use remains application-specific and may require customer, OEM, equipment and system qualification.
A clear
starting point for material selection.
The Material Compatibility Guide organizes system materials into four categories.
Preferred
Compatible
Engineering review
Not recommended
First choices for wetted service and long-life design.
Options for typical immersion-system construction.
Materials whose formulation or design requires closer evaluation.
Materials to avoid in direct wetted service unless customer testing establishes suitability.
Qualify representative finished parts with the intended fluid grade, operating temperature and exposure conditions. Screening guidance does not replace system qualification.
Qualification focuses on reactivity, purity, consistency, customer specifications and downstream chemistry.
Evaluating
Emergent Fluids™?
01
Set equipment, materials, operating conditions and acceptance criteria.
Define
requirements
02
Review
the data
Assess product information, compatibility guidance and safety data.
03
Evaluate materials and assemblies under intended conditions.
Test
representative parts
04
Complete the customer and OEM qualification required for use.
Confirm system suitability
Build the qualification around your application.
Chemical identity & product information.
TSCA inventory identity
Inherent Fluids™ are polyisobutylene oligomers made entirely from isobutylene and use an established polyisobutylene chemical identity on the U.S. Toxic Substances Control Act inventory.
Inventory listing addresses chemical identity. It is not product or system certification.
No intentionally added PFAS
Both cooling formulations are being developed with no intentionally added perfluoroalkyl and polyfluoroalkyl substances (PFAS).
Review the applicable safety data alongside technical information before handling or evaluating the fluid.
NewTec
Partners
INHERENT FLUIDS™
Email:
info@newtecpartners.com
Location:
NewTec Partners, LP · Houston, Texas