Bio-based plasticisers
Developing new raw materials and formulations that can provide alternatives to petro-based inputs.
R&D that changes the scale of chemistry.
From formulation to pilot production, we prepare every result for real process conditions.
Ministry-certified R&D Centre
More than a laboratory. A centre built to work with production.
The Plastay R&D Centre was certified by the Ministry of Industry and Technology on 6 February 2024. It brings analytical validation, material knowledge and manufacturing experience into one development process.
Analytical validation
We evaluate material behaviour through measurable data.
Pilot scale
We bring development results closer to real process conditions.
Production transfer
We turn technical outcomes into repeatable production decisions.
We turn laboratory data into production decisions.
Analytical, physical and thermal tests are used alongside process and pilot-production equipment. This allows us to assess not only how a formulation performs in the laboratory, but how it behaves when the scale changes.
Plastay R&D Centre, Gebze
Our research agenda begins with a current industrial need.
Our work improves product performance while creating practical options for safer raw materials, more efficient processes and lower environmental impact.
Safer additive systems
Researching and validating safer stabiliser and plasticiser options.
Flame-retardant PVC compounds
Material systems designed to meet mechanical and safety requirements together.
Value recovery from waste
Recovering reusable chemicals with economic value from waste streams.
Green catalysts
Catalyst research for more efficient reaction routes and lower environmental impact.
We test an idea at three scales.
We analyse chemical structure, measure material performance and reproduce the result at pilot scale.
Analytical and physical analysis
We evaluate material structure, composition and fundamental physical behaviour through comparative data.
Measurement and performance testing
We measure performance under application conditions and validate the consistency of critical properties.
Pilot production and processing
We reassess the laboratory-validated approach at pilot scale and prepare its transition to production conditions.
A good result is a repeatable result.
A project does not end with a laboratory note. Technical feasibility, production scale and performance are validated together.
Define the conditions
We clarify application, process, cost and regulatory targets within one technical framework.
Build the formulation
Alternative raw materials and formulations are compared using analytical data.
Measure performance
Critical properties are verified through physical, thermal and process testing.
Increase the scale
Pilot production confirms repeatability and prepares the transition to manufacturing conditions.
University–industry collaborations
We conduct joint research and development work that brings academic expertise together with our application experience.
Industry–industry collaborations
We work with partners across different industries on technical needs and shared development.
National and international projects
We take part in project structures that strengthen our capabilities, support knowledge sharing and help transfer research outcomes to industry.
Do you have a process or material problem to solve?
Share your technical target with our team. We can evaluate the right product family or development route together.