Purpose-built chemistry for advanced cooling & industrial applications.
NewTec engineers specialty polyisobutylene materials for industrial manufacturing and advanced cooling applications. By designing around the needs of each application, we help customers achieve more consistent performance, support a smoother qualification process, and move toward commercial use with confidence.
Purpose-built chemistry for advanced cooling & industrial applications.
NewTec engineers specialty polyisobutylene materials for industrial manufacturing and advanced cooling applications. By designing around the needs of each application, we help customers achieve more consistent performance, support a smoother qualification process, and move toward commercial use with confidence.
From industrial formulations to advanced cooling.
Industrial Formulations
PIB for caulks, sealants, adhesives, and specialty formulations where viscosity, molecular weight, purity, reactivity, and consistency influence finished-product performance.
Lubricant and
Fuel Applications
Emergent Fluids™ for established fuel and lubricant additive markets where reactivity, customer specifications, and downstream chemistry influence material selection.
From industrial formulations to advanced cooling.
Industrial
Formulations
PIB for caulks, sealants, adhesives, and specialty formulations where viscosity, molecular weight, purity, reactivity, and consistency influence finished-product performance.
Lubricant and
Fuel Applications
Emergent Fluids™ for established fuel and lubricant additive markets where reactivity, customer specifications, and downstream chemistry influence material selection.
Specialty polyisobutylen
materials for
demanding applications.
We help industrial manufacturers achieve more consistent performance across demanding formulations, while helping advanced cooling developers manage rising heat loads without compromising dielectric performance, material compatibility, or stability.
Our portfolio serves established industrial markets through Emergent Fluids™, while Inherent Fluids™, our proprietary family of polyisobutylene oligomer dielectric cooling fluids, serves high-density computing and advanced thermal-management applications.
Our team brings decades of experience across hydrocarbon chemistry, process development, plant design, and commercialization.
One chemistry platform.
Distinct product families.
We develop Emergent Fluids™ for industrial formulations and established fuel and lubricant additive markets. Controlled chemistry helps manage the viscosity, molecular weight, purity, reactivity, and consistency customers rely on for predictable downstream performance. Emergent Fluids™ terminal olefin structure offers greater reactivity for fuel and lubricant additive preparation than the internal olefin structure of conventional PIB.
Emergent Fluids™
Our proprietary family of polyisobutylene oligomer dielectric cooling fluids is designed for single-phase immersion cooling and other advanced thermal-management applications. Rather than adapting a conventional oil or lubricant, we engineer the fluid around the application’s dielectric, material, thermal, viscosity, volatility, and stability requirements, with minimal dependence on additive packages. The family includes 280-LV and 336-HT. Both formulations are being developed with no intentionally added PFAS.
Inherent Fluids™
We use controlled isobutylene chemistry to support two very different areas of performance: established industrial and additive markets, and advanced cooling.
Our portfolio serves established industrial markets through
Emergent Fluids™, while Inherent Fluids™, our proprietary family of polyisobutylene oligomer dielectric cooling fluids, serves high-density computing and advanced thermal-management applications.
Specialty polyisobutylen
materials for
demanding applications.
We help industrial manufacturers achieve more consistent performance across demanding formulations, while helping advanced cooling developers manage rising heat loads without compromising dielectric performance, material compatibility, or stability.
Our team brings decades of experience across hydrocarbon chemistry, process development, plant design, and commercialization.
We develop Emergent Fluids™ for industrial formulations and established fuel and lubricant additive markets. Controlled chemistry helps manage the viscosity, molecular weight, purity, reactivity, and consistency customers rely on for predictable downstream performance. Emergent Fluids™ terminal olefin structure offers greater reactivity for fuel and lubricant additive preparation than the internal olefin structure of conventional PIB.
Emergent Fluids™
Our proprietary family of polyisobutylene oligomer dielectric cooling fluids is designed for single-phase immersion cooling and other advanced thermal-management applications. Rather than adapting a conventional oil or lubricant, we engineer the fluid around the application’s dielectric, material, thermal, viscosity, volatility, and stability requirements, with minimal dependence on additive packages. The family includes 280-LV and 336-HT. Both formulations are being developed with no intentionally added PFAS.
Inherent Fluids™
One chemistry platform.
Distinct product families.
We use controlled isobutylene chemistry to support two very different areas of performance: established industrial and additive markets, and advanced cooling.
Thermal-
Management Fluids
Inherent Fluids™ are developed for demanding thermal environments, including bulk-fluid operating temperatures of 60 to 75°C and dry heat-rejection applications. In qualified system designs, the platform can also support reduced process-water dependence and opportunities to simplify conventional cooling infrastructure.
Lifecycle Approach
ReOrigin™, NewTec’s lifecycle concept for recovering value through repolymerization of suitable spent PIB materials, can apply across PIB markets. Its greatest expected value is in cooling-fluid applications, where suitable spent fluid can be collected and repolymerized to recover value beyond the first fill.
Solutions and Markets
Solutions and Markets
Thermal-
Management Fluids
Inherent Fluids™ are developed for demanding thermal environments, including bulk-fluid operating temperatures of 60 to 75°C and dry heat-rejection applications. In qualified system designs, the platform can also support reduced process-water dependence and opportunities to simplify conventional cooling infrastructure.
Immersion Cooling &
Adjacent Architectures
Designed for qualified single-phase immersion cooling, with direct-to-chip and secondary-loop applications being evaluated where material, thermal, equipment, and OEM requirements align.
Lifecycle
Approach
ReOrigin™, NewTec’s lifecycle concept for recovering value through repolymerization of suitable spent PIB materials, can apply across PIB markets. Its greatest expected value is in cooling-fluid applications, where suitable spent fluid can be collected and repolymerized to recover value beyond the first fill.
Data-center operators, OEMs, cooling-system developers, tank and CDU manufacturers, integrators, and engineering firms are evaluating liquid-cooling approaches as compute density and heat loads increase.
AI, HPC & Data Centers
Emergent Fluids™ support fuel and lubricant additive applications where reactivity, consistency, customer specifications, and downstream chemistry drive material selection.
Fuel & Lubricant Additives
Industrial Manufacturing
Formulators and manufacturers use PIB across adhesives, sealants, caulks, and other specialty formulations where consistent material properties influence processing and finished-product performance.
Established industries.
Emerging cooling demand.
AI, HPC & Data Centers
Data-center operators, OEMs, cooling-system developers, tank and CDU manufacturers, integrators, and engineering firms are evaluating liquid-cooling approaches as compute density and heat loads increase.
Emergent Fluids™ support fuel and lubricant additive applications where reactivity, consistency, customer specifications, and downstream chemistry drive material selection.
Fuel & Lubricant Additives
Formulators and manufacturers use PIB across adhesives, sealants, caulks, and other specialty formulations where consistent material properties influence processing and finished-product performance.
Industrial Manufacturing
Established industries.
Emerging cooling demand.
Learn more
MARKET APPLICATIONS
Established industries.
Emerging cooling demand.
Industrial Manufacturing
Formulators and manufacturers use PIB across adhesives, sealants, caulks, and other specialty formulations where consistent material properties influence processing and finished-product performance.
Emergent Fluids™ support fuel and lubricant additive applications where reactivity, consistency, customer specifications, and downstream chemistry drive material selection.
Fuel & Lubricant Additives
AI, HPC &
Data Centers
Data-center operators, OEMs, cooling-system developers, tank and CDU manufacturers, integrators, and engineering firms are evaluating liquid-cooling approaches as compute density and heat loads increase.
AI, HPC & Data Centers
Data-center operators, OEMs, cooling-system developers, tank and CDU manufacturers, integrators, and engineering firms are evaluating liquid-cooling approaches as compute density and heat loads increase.
Emergent Fluids™ support fuel and lubricant additive applications where reactivity, consistency, customer specifications, and downstream chemistry drive material selection.
Fuel & Lubricant Additives
Formulators and manufacturers use PIB across adhesives, sealants, caulks, and other specialty formulations where consistent material properties influence processing and finished-product performance.
Industrial Manufacturing
Established industries.
Emerging cooling demand.
Learn more
MARKET APPLICATIONS
Evaluated against the requirements that matter.
We evaluate the properties that determine whether a material or fluid is ready for real-world use.
Commercial use remains application-specific and may require customer, OEM, equipment, and system qualification.
Inherent Fluids™ are polyisobutylene oligomers made entirely from isobutylene and use the established polyisobutylene CAS number listed on the U.S. TSCA Inventory. Both formulations are being developed with no intentionally added PFAS.
Dielectric performance, material compatibility, thermal behavior, viscosity, volatility, flash point, autoignition temperature, and stability.
Inherent Fluids™
Reactivity, purity, consistency, customer specifications, and downstream chemistry.
Emergent Fluids™
Application-specific testing, customer qualification, and, where appropriate, third-party or partner testing.
Qualification pathway:
Evaluated against the requirements that matter.
We evaluate the properties that determine whether a material or fluid is ready for real-world use.
Inherent Fluids™
Dielectric performance, material compatibility, thermal behavior, viscosity, volatility, flash point, autoignition temperature, and stability.
Emergent Fluids™
Reactivity, purity, consistency, customer specifications, and downstream chemistry.
Application-specific testing, customer qualification, and, where appropriate, third-party or partner testing.
Qualification pathway:
Commercial use remains application-specific and may require customer, OEM, equipment, and system qualification.
Inherent Fluids™ are polyisobutylene oligomers made entirely from isobutylene and use the established polyisobutylene CAS number listed on the U.S. TSCA Inventory. Both formulations are being developed with no intentionally added PFAS.
Let’s talk about your application.
Whether you’re qualifying Emergent Fluids™ for an industrial application, evaluating dielectric fluids for advanced cooling, or exploring fluid evaluation, system integration, manufacturing, or a strategic partnership, tell us the performance requirements, qualification needs, and commercial context. We’ll help determine whether our technology is a fit.
Let’s talk about your application.
Whether you’re qualifying Emergent Fluids™ for an industrial application, evaluating dielectric fluids for advanced cooling, or exploring fluid evaluation, system integration, manufacturing, or a strategic partnership, tell us the performance requirements, qualification needs, and commercial context. We’ll help determine whether our technology is a fit.
Email:
info@newtecpartners.com
Location:
NewTec Partners, LP · Houston, Texas
NewTec
Partners
INHERENT FLUIDS™
Email:
info@newtecpartners.com
Location:
NewTec Partners, LP · Houston, Texas