News & Press Releases
December 9, 2022
Part 4: Case Studies: Determination of Long Chain Branching in Polymer and Prediction of Processability
Michele Scacchi Alpha Technologies ICYMI – Recap for people who go right to the fourth blog without reading the first…
November 30, 2022
7 Important Factors That Affect Your Rubber Mix
Author Jessica Gialamas Application Engineer, Americas This blog highlights seven important factors that affect your rubber mix, how that can…
November 30, 2022
Cure Cycle Optimization of Rubber Compounds Using VTA
Author: Dilip Dhupia, Application Engineer, India If you’re reading this, you probably already know that it was Charles Goodyear who invented…
November 16, 2022
How To Predict Die Swell in Rubber Compounds using a Premier® RPA
Author Li Wan Application Engineer, China Does This Die Make Me Look Bloated? Rubber compounds are viscoelastic materials that are…
November 11, 2022
Part 1: FT Rheology via Large Amplitude Oscillatory Shear (LAOS) – a five part series
Michele Scacchi Alpha Technologies Optimizing your Mixing Process Using LAOS Filler dispersion can affect many compound properties including strength, rebound…
October 25, 2022
Finding Balance: Measure Cure & Blowing Reactions Using an RPA
Whether you are extruding or injection molding, the production of foaming or blowing compounds can be a tricky business. An…
October 25, 2022
How To Control Die Swell in Rubber Compounds using a Premier® RPA
Author Li Wan Application Engineer, China Well, That’s Just Swell As we covered in Part 1 of this blog, die…
August 8, 2022
A Faster Test for Key Tire Performance Predictors
Author Alpha Technologies So, there’s good news, then bad news, but then good news, again. The good news is you’re…
August 2, 2022
What is Large Amplitude Oscillatory Shear (LAOS)
Michele Scacchi Applications Engineer, Europe In this five part series, our applications engineer, Michele Scacchi, outlines why […]
News & Press Releases
Case Studies

Part 4: Case Studies: Determination of Long Chain Branching in Polymer and Prediction of Processability
Michele Scacchi Alpha Technologies ICYMI – Recap for people who go right to the fourth blog without reading the first…

7 Important Factors That Affect Your Rubber Mix
Author Jessica Gialamas Application Engineer, Americas This blog highlights seven important factors that affect your rubber mix, how that can…

Cure Cycle Optimization of Rubber Compounds Using VTA
Author: Dilip Dhupia, Application Engineer, India If you’re reading this, you probably already know that it was Charles Goodyear who invented…

How To Predict Die Swell in Rubber Compounds using a Premier® RPA
Author Li Wan Application Engineer, China Does This Die Make Me Look Bloated? Rubber compounds are viscoelastic materials that are…

Part 1: FT Rheology via Large Amplitude Oscillatory Shear (LAOS) – a five part series
Michele Scacchi Alpha Technologies Optimizing your Mixing Process Using LAOS Filler dispersion can affect many compound properties including strength, rebound…

Finding Balance: Measure Cure & Blowing Reactions Using an RPA
Whether you are extruding or injection molding, the production of foaming or blowing compounds can be a tricky business. An…

How To Control Die Swell in Rubber Compounds using a Premier® RPA
Author Li Wan Application Engineer, China Well, That’s Just Swell As we covered in Part 1 of this blog, die…

A Faster Test for Key Tire Performance Predictors
Author Alpha Technologies So, there’s good news, then bad news, but then good news, again. The good news is you’re…

What is Large Amplitude Oscillatory Shear (LAOS)
Michele Scacchi Applications Engineer, Europe In this five part series, our applications engineer, Michele Scacchi, outlines why […]
Webinars
Part 4: Case Studies: Determination of Long Chain Branching in Polymer and Prediction of Processability
Michele Scacchi Alpha Technologies ICYMI – Recap for people who go right to the fourth blog without reading the first one. The LAOS […]
7 Important Factors That Affect Your Rubber Mix
Author Jessica Gialamas Application Engineer, Americas This blog highlights seven important factors that affect your rubber mix, how that can change the quality […]
Cure Cycle Optimization of Rubber Compounds Using VTA
Author: Dilip Dhupia, Application Engineer, India If you’re reading this, you probably already know that it was Charles Goodyear who invented the vulcanization of rubber [...]
How To Predict Die Swell in Rubber Compounds using a Premier® RPA
Author Li Wan Application Engineer, China Does This Die Make Me Look Bloated? Rubber compounds are viscoelastic materials that are subject to die […]
Part 1: FT Rheology via Large Amplitude Oscillatory Shear (LAOS) – a five part series
Michele Scacchi Alpha Technologies Optimizing your Mixing Process Using LAOS Filler dispersion can affect many compound properties including strength, rebound […]
Finding Balance: Measure Cure & Blowing Reactions Using an RPA
Whether you are extruding or injection molding, the production of foaming or blowing compounds can be a tricky business. An optimal test for the proper blow-cure balance of a sponge rubber compound must measure both reactions and viscosity precisely.
Alpha’s Premier Rubber Process Analyzer (RPA) has been readily accepted by the rubber industry for routine testing of rubber compounds. By adding a standard torque and pressure 2-in-1 transducer on the upper die, you are able to measure the torque as well as the cavity pressure simultaneously.
In this post, we’ll show you how to measure cure & blowing reactions.
How To Control Die Swell in Rubber Compounds using a Premier® RPA
Author Li Wan Application Engineer, China Well, That’s Just Swell As we covered in Part 1 of this blog, die swell (also called […]
A Faster Test for Key Tire Performance Predictors
Author Alpha Technologies So, there’s good news, then bad news, but then good news, again. The good news is you’re thinking of getting […]
What is Large Amplitude Oscillatory Shear (LAOS)
Michele Scacchi Applications Engineer, Europe In this five part series, our applications engineer, Michele Scacchi, outlines why […]
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