Bringing Chemistry Together with Production Knowledge
Selecting the right additive alone is not enough in PVC and polymer applications.
Formulation, raw material properties, machinery configuration and process parameters jointly determine additive performance and finished-product quality.
MBA POLİMER combines specialty chemicals and performance additives with application-based technical knowledge to offer product, formulation and processing solutions for different PVC production processes.
Our approach:
Raw Material → Formulation → Machinery → Process → Finished Product
TECHNICAL TROUBLESHOOTING
We Focus on the Root Cause, Not Just the Problem.
A production problem is not always caused by a single additive.
For example:
Poor surface quality → Formulation · Fusion · Lubrication balance · Temperature · Die conditions
Irregular foam structure → Blowing agent · Foam regulator · Melt strength · Temperature profile · Line speed
Low impact resistance → Impact modifier · Fusion level · Filler loading · Processing conditions
Colour change / yellowing → Thermal stabilisation · Processing temperature · Residence time · Lubrication balance
Low production capacity → Formulation · Fusion behaviour · Screw/barrel condition · Die · Cooling · Line parameters
We therefore assess the entire production system, not just the product.
APPLICATION-BASED TECHNICAL APPROACH
MBA POLİMER's approach is simple:
1. Understand the Application
We assess the finished product, target performance and production conditions.
2. Analyse the Formulation
We examine the balance between PVC resin, additives, fillers and other components.
3. Assess the Process
We consider machinery, screw configuration, temperature, pressure, speed and other process parameters.
4. Identify the Right Additive System
We focus on the combined performance of additives rather than on a single product.
5. Verify in Production
Where needed, we evaluate solution performance under actual production conditions through production trials and process optimisation.
Raw Material → Formulation → Machinery → Process → Finished Product