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Controlled chemistry
for the performance your application needs.
We develop specialty polyisobutylene materials and dielectric cooling fluids by controlling molecular structure, distribution, processing and purification. That control helps us tailor performance to the application.
One chemistry platform.
Distinct product families.
Isobutylene is the common starting material. We tailor the chemistry to different molecular ranges, performance requirements and end uses.
COMMON STARTING MATERIAL
Isobutylene
Isobutylene is the common starting material. We tailor the chemistry to different molecular ranges, performance requirements and end uses.
COMMON STARTING MATERIAL
Isobutylene
Emergent Fluids™
We develop Emergent Fluids™ around the viscosity, molecular weight, purity, reactivity and consistency the application needs. Emergent Fluids™serves as an intermediate for fuel and lubricant additives.
One chemistry platform.
Distinct product families.
Conventional PIB
PIB is made by joining isobutylene molecules into longer chains. The structure at the end of each chain helps determine how the material reacts in downstream chemistry.
What makes Emergent Fluids™
highly reactive?
PIB is made by joining isobutylene molecules into longer chains. The structure at the end of each chain helps determine how the material reacts in downstream chemistry.
Highly reactive PIB
A high concentration of terminal olefin groups provides greater reactivity for additive preparation. We develop Emergent Fluids™ around the molecular weight, reactivity, purity and consistency your application requires.
Conventional PIB
PIB is made by joining isobutylene molecules into longer chains. The structure at the end of each chain helps determine how the material reacts in downstream chemistry.
What makes Emergent Fluids™
highly reactive?
PIB is made by joining isobutylene molecules into longer chains. The structure at the end of each chain helps determine how the material reacts in downstream chemistry.
Highly reactive PIB
A high concentration of terminal olefin groups provides greater reactivity for additive preparation. We develop Emergent Fluids™ around the molecular weight, reactivity, purity and consistency your application requires.
What controlled chemistry means.
Molecular structure
Target the structure required for the intended use, from a reactive additive intermediate to a stable dielectric fluid.
Purification
Reduce unwanted residuals and contaminants relevant to the application.
We are also developing alternate routes to isobutylene to support flexibility in feedstock sourcing as the product families move toward commercial use.
Processing
Control reaction and downstream processing to support repeatable product quality.
Molecular distribution
Manage the range of molecules in the product to support consistent properties and defined performance requirements.
We are also developing alternate routes to isobutylene to support flexibility in feedstock sourcing as the product families move toward commercial use.
Reduce unwanted residuals and contaminants relevant to the application.
Purification
Control reaction and downstream processing to support repeatable product quality.
Processing
Manage the range of molecules in the product to support consistent properties and defined performance requirements.
Molecular distribution
Target the structure required for the intended use, from a reactive additive intermediate to a stable dielectric fluid.
Molecular structure
What controlled chemistry means.
What controlled chemistry means.
Molecular structure
Target the structure required for the intended use, from a reactive additive intermediate to a stable dielectric fluid.
Molecular distribution
Manage the range of molecules in the product to support consistent properties and defined performance requirements.
Processing
Control reaction and downstream processing to support repeatable product quality.
Purification
Reduce unwanted residuals and contaminants relevant to the application.
We are also developing alternate routes to isobutylene to support flexibility in feedstock sourcing as the product families move toward commercial use.
We are also developing alternate routes to isobutylene to support flexibility in feedstock sourcing as the product families move toward commercial use.
Reduce unwanted residuals and contaminants relevant to the application.
Purification
Control reaction and downstream processing to support repeatable product quality.
Processing
Manage the range of molecules in the product to support consistent properties and defined performance requirements.
Molecular distribution
Target the structure required for the intended use, from a reactive additive intermediate to a stable dielectric fluid.
Molecular structure
What controlled chemistry means.
How NewTec works
01
Define
Establish the application, operating conditions, materials and qualification requirements.
02
Engineer
Design the chemistry and processing around the performance the application needs.
03
Test
Evaluate the chemical, physical, thermal and electrical properties relevant to the application.
04
Qualify
Confirm suitability against customer, OEM, equipment and system requirements.
How NewTec works
01
Define
Establish the application, operating conditions, materials and qualification requirements.
02
Engineer
Design the chemistry and processing around the performance the application needs.
03
Test
Evaluate the chemical, physical, thermal and electrical properties relevant to the application.
04
Qualify
Confirm suitability against customer, OEM, equipment and system requirements.
Find the chemistry for your application.
Tell us the material properties and qualification requirements your team needs to meet.
NewTec
Partners
INHERENT FLUIDS™
Email:
info@newtecpartners.com
Location:
NewTec Partners, LP · Houston, Texas
Email:
info@newtecpartners.com
Location:
NewTec Partners, LP · Houston, Texas