Case Studies in Polymer Reverse Engineering service

What is Polymer Reverse Engineering?

Polymer reverse engineering is a process where scientists break down and analyze plastic or rubber materials to understand how they’re made. This includes identifying:

The base polymer
Additives like stabilizers, colorants, or plasticizers
How the material behaves with heat or chemicals
Molecular weight and how it’s distributed

It’s often used to:

Recreate competitor products
Investigate product failures
Improve existing formulations
Ensure regulatory compliance

Learn more: Reverse Engineering Service for Polymers in Medical Devices: Innovations and Challenges

🧪 Case Study 1: Understanding a Medical Catheter Material

Client Problem:
A medical device company wanted to copy a flexible and solvent-resistant catheter but didn’t know what materials were used.

Our Solution:

We used FTIR and DSC to find the polymer blend.
TGA revealed heat stability and additive loss.
GC-MS detected plasticizers and stabilizers.
GPC helped find the molecular weight.

Result:
We helped them replicate the material successfully for FDA submission after doing extractables/leachables testing.

👉 Learn more about Impurity Profiling for Generic USFDA Submissions

🔧 Case Study 2: Cracking in an Automotive Gasket

Client Problem:
An automotive supplier reported cracks in rubber gaskets under heat.

Our Solution:

DSC & TGA showed poor heat resistance.
FTIR identified degraded NBR rubber.
SEM-EDX detected contamination by chlorine.
The root cause was traced to PVC contamination.

Result:
The client changed their process and materials, fixing the issue.

🎥 Case Study 3: Recreating a Barrier Film for Packaging

Client Problem:
A startup wanted to replicate a competitor’s 5-layer plastic film that blocked oxygen well.

Our Solution:

Microscopy mapped film structure.
DSC & FTIR identified materials (like EVOH).
GC-MS revealed additives.
We studied the surface treatment (like corona discharge).

Result:
We provided a full report to help their manufacturer recreate the film.

🎯 Read: How Polymer Nanoparticles are Made: A Step-by-Step Guide

🧰 Techniques Used in Reverse Engineering

Here’s a list of methods we use to study unknown polymers:

Technique	Purpose
FTIR	Find polymer type by functional groups
DSC	Check melting point and glass transition
TGA	See how material behaves when heated
GC-MS	Detect additives like plasticizers or antioxidants
GPC	Measure molecular weight
SEM-EDX	Analyze fillers and surface composition

Each case may need a different set of tools depending on the complexity.

🏆 Why Choose Resolvemass?

At Resolvemass Laboratories Inc., our Polymer Reverse Engineering service helps clients:

Improve or replicate materials
Investigate failures
Understand their competitors
Get through regulatory hurdles

With our advanced labs, qualified scientists, and deep industry experience, we provide detailed, actionable reports — not just raw data.

Want to dive deeper into advanced analytical techniques?
📖 Explore: Molecular Weight and Polydispersity Estimation of Polymers

📘 References

What is the goal of polymer reverse engineering?

The goal is to understand the material’s composition and performance so it can be improved, duplicated, or analyzed for failures.

Is this process legal?

Yes, as long as you don’t violate patents or trademarks. It’s commonly used for competitive benchmarking and internal R&D.

How long does a reverse engineering project take?

Typically 2–4 weeks, depending on sample complexity and required tests.

Can you help with regulatory submission like FDA or REACH?

Absolutely. Our reports can be formatted for regulatory use with complete impurity profiling and stability data.

What types of materials can be reverse-engineered?

Almost all polymers — thermoplastics, rubbers, elastomers, films, foams, and coatings.

Let’s Talk Polymer Solutions

Facing a polymer mystery or material failure?
Let Resolvemass Laboratories Inc. help you crack the code with our expert Polymer Reverse Engineering service.