Polymer Engineering · Material Science · Innovation

Engineering the
Future of Plastics

IQSP is an innovation-driven polymer engineering company in its foundation phase — focused on research, material evaluation, supplier qualification and the development of advanced, sustainable polymer solutions.

Research & Development
Current focus area
Material Testing
Current focus area
Supplier Qualification
Current focus area
Polymer Innovation
Current focus area
Research areas
Material classes
Process know-how
Sustainability focus
About IQSP

An independent technology brand for advanced polymer solutions.

IQSP is currently building its international network of suppliers, manufacturers and strategic partners. We are focused on innovation, material science and the development of advanced polymer technologies — combining engineering rigor with a long-term vision for sustainable materials.

Mission

To create innovative polymer solutions that improve performance, efficiency, and sustainability for industries worldwide.

Vision

To become a globally recognized partner for advanced polymer engineering and next-generation material technologies.

Polymer Engineering
Material Science
Sustainable Materials
Advanced Fillers
Functional Additives
Compounding
Technical Development
Product Optimization
Innovation
Research
Solutions

A focused capability in polymer science.

From molecular design to industrial scale-up — the disciplines we are building around advanced material solutions.

Polymer Development

Engineering polymer systems tailored to specific industrial performance requirements.

Compounding

Designing compounds with optimised mechanical, thermal and processing properties.

Material Engineering

Refining mechanical, thermal and chemical properties across the product life cycle.

Additive Technologies

Flame retardants, UV stabilisers, impact modifiers, masterbatches and functional fillers.

Material Testing

Laboratory evaluation of mechanical, thermal, rheological and chemical performance.

Product Optimisation

Weight reduction, cost engineering, material substitution and process improvement.

Technical Consulting

Material selection, application engineering and regulatory orientation.

Recycling Technologies

Circular material concepts, recyclate qualification and design-for-recycling strategies.

Industries

Built for sectors where materials decide the outcome.

Automotive
Construction
Medical
Electronics
Packaging
Renewable Energy
Consumer Goods
Industrial Mfg.
Aerospace
Railway
Infrastructure
Engineering
Innovation

From idea to industrial reality.

  1. Step 01

    Research

    Scientific foundation, literature review and hypothesis design.

  2. Step 02

    Material Evaluation

    Formulation studies, additive screening and polymer assessment.

  3. Step 03

    Laboratory Testing

    Mechanical, thermal, rheological and analytical characterisation.

  4. Step 04

    Supplier Qualification

    Identifying, evaluating and qualifying strategic material partners.

  5. Step 05

    Engineering Excellence

    Iterative optimisation toward robust, application-ready solutions.

  6. Step 06

    Future Technologies

    Sustainable polymers and next-generation material concepts.

Technology

Where simulation, AI and precision engineering meet.

We are building a digital material development approach — combining molecular modelling, data-driven research and engineering tools to support next-generation polymer innovation.

Polymer chemistryCompounding know-howMaterial simulationCAD engineeringFinite Element AnalysisProcess engineeringAI-supported researchSustainable design
AI-supported material research
Polymer property exploration & inverse design
Sustainability

Polymers with a circular future.

We design with end-of-life in mind — exploring closed material loops, lower embodied carbon and the next generation of bio-based and recycled polymer systems.

Circular Economy
Recycled polymers
Bio-based plastics
Carbon footprint reduction
Resource efficiency
Eco-design
Life Cycle Thinking
Future materials
Sustainable by design

Building the foundation for responsible polymer innovation.

Sustainability is not a feature added at the end — it is a design principle guiding every material concept we explore, from feedstock selection to recycling strategy.

  • Material choices evaluated for full life-cycle impact
  • Design-for-recycling considered from the first concept
  • Bio-based and recycled feedstocks under continuous evaluation
Contact

Let's start a conversation.

Tell us about your project, partnership idea or technical challenge. We respond personally to every enquiry.