News & Press Releases

April 14, 2026

Why Lab Data Fails in Production

The hidden high cost of testing materials under the wrong conditions Your rheometer data says the resin flows at 80°C.…
April 14, 2026

Test Under Your Actual Process Conditions

Why reference-temperature data doesn’t predict process behavior Your rheometer reports gel time at 160°C isothermal hold: 8 minutes. Your molding…
September 19, 2025

How the RPA Enables Product Innovation

Organizations around the world use the Premier RPA for research into product innovations that improve quality and promote sustainability. Here…
June 19, 2025

Why Your Polypropylene Tg Might Be Wrong, And What to Do About It

Polymer scientists and product engineers have long relied on standard techniques like Differential Scanning Calorimetry (DSC) and Dynamic Mechanical Analysis…
June 19, 2025

How Backbone Structure Drives Polypropylene’s Thermal Behavior, Measured in Under 30 Minutes

When working with polypropylene (PP), small adjustments to chemistry can shift thermal behavior dramatically. Engineers and formulators need to know…
June 19, 2025

One Test, Three Critical Properties: Tg, Tm, and Viscosity All at Once

In most labs, developing a full thermal and rheological profile for polypropylene (PP) samples means coordinating between three instruments, multiple…
April 4, 2025

Bound rubber as a means to product life cycle optimization

Fillers can serve a wide range of functions within a polymer compound. A filler may improve performance characteristics, such as…
April 4, 2025

Understanding Heat Buildup in Rubber Products

Heat generation is inevitable for any rubber product or material that experiences cyclic loading while in service. This includes tires,…
April 4, 2025

What Is Bound Rubber? And How Does It Affect Filled Rubber Compounds?

A brief guide to bound rubber Bound rubber is the result of interactions between polymer chains and fillers, such as…

News & Press Releases

Case Studies

Fallback Image

Why Lab Data Fails in Production

The hidden high cost of testing materials under the wrong conditions Your rheometer data says the resin flows at 80°C.…
Fallback Image

Test Under Your Actual Process Conditions

Why reference-temperature data doesn’t predict process behavior Your rheometer reports gel time at 160°C isothermal hold: 8 minutes. Your molding…
two people reviewing data at a computer

How the RPA Enables Product Innovation

Organizations around the world use the Premier RPA for research into product innovations that improve quality and promote sustainability. Here…
Fallback Image

Why Your Polypropylene Tg Might Be Wrong, And What to Do About It

Polymer scientists and product engineers have long relied on standard techniques like Differential Scanning Calorimetry (DSC) and Dynamic Mechanical Analysis…

How Backbone Structure Drives Polypropylene’s Thermal Behavior, Measured in Under 30 Minutes

When working with polypropylene (PP), small adjustments to chemistry can shift thermal behavior dramatically. Engineers and formulators need to know…

One Test, Three Critical Properties: Tg, Tm, and Viscosity All at Once

In most labs, developing a full thermal and rheological profile for polypropylene (PP) samples means coordinating between three instruments, multiple…
Fallback Image

Bound rubber as a means to product life cycle optimization

Fillers can serve a wide range of functions within a polymer compound. A filler may improve performance characteristics, such as…
Fallback Image

Understanding Heat Buildup in Rubber Products

Heat generation is inevitable for any rubber product or material that experiences cyclic loading while in service. This includes tires,…
Fallback Image

What Is Bound Rubber? And How Does It Affect Filled Rubber Compounds?

A brief guide to bound rubber Bound rubber is the result of interactions between polymer chains and fillers, such as…

Webinars

Why Lab Data Fails in Production

The hidden high cost of testing materials under the wrong conditions Your rheometer data says the resin flows at 80°C. Your molding press […]

Test Under Your Actual Process Conditions

Why reference-temperature data doesn’t predict process behavior Your rheometer reports gel time at 160°C isothermal hold: 8 minutes. Your molding press uses a […]

How the RPA Enables Product Innovation

Organizations around the world use the Premier RPA for research into product innovations that improve quality and promote sustainability. Here are examples of […]

Why Your Polypropylene Tg Might Be Wrong, And What to Do About It

Polymer scientists and product engineers have long relied on standard techniques like Differential Scanning Calorimetry (DSC) and Dynamic Mechanical Analysis (DMA) to pinpoint […]

How Backbone Structure Drives Polypropylene’s Thermal Behavior, Measured in Under 30 Minutes

When working with polypropylene (PP), small adjustments to chemistry can shift thermal behavior dramatically. Engineers and formulators need to know exactly how ethylene […]

One Test, Three Critical Properties: Tg, Tm, and Viscosity All at Once

In most labs, developing a full thermal and rheological profile for polypropylene (PP) samples means coordinating between three instruments, multiple operators, and a […]

Bound rubber as a means to product life cycle optimization

Fillers can serve a wide range of functions within a polymer compound. A filler may improve performance characteristics, such as strength or durability, […]

Understanding Heat Buildup in Rubber Products

Heat generation is inevitable for any rubber product or material that experiences cyclic loading while in service. This includes tires, industrial belts, and […]

What Is Bound Rubber? And How Does It Affect Filled Rubber Compounds?

A brief guide to bound rubber Bound rubber is the result of interactions between polymer chains and fillers, such as carbon black or […]
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