Raw materials

AIMPLAS provides solutions to the main challenges facing raw material companies

Synthesis of innovative polymers

Development of tailor-made materials

Product manufacture and validation

Formulation of composite materials

Our solutions

Synthesis of new polymers

Specialized polymer synthesis.
Tailor-made polymers, scaled from 0.1 to 10 kg.
Process development by synthesis in dissolution or reactive extrusion.
Process optimization, including purification processes.
Synthesis and functionalization of nanoparticles (SOL-GEL method and surface functionalization).

Compounding:
formulation of new materials

Development of materials with advanced properties (thermal and electrical conductors, flame-retardant, active, pest and insect repellents, anti-microbial…).
Tailor-made compounds. Small batch production.
Formulation optimization and adjustment.
Ensuring plastic material compatibility.
Inclusion of new additives and fillers in plastics.
Study of fibre and filler dispersion.
Simulation of the extrusion process in a double-screw co-rotating extruder: optimization of the production and configuration of the screw. Upscaling from pilot plant to industrial extruder.

Product manufacture and validation

Manufacture of prototypes, demonstrators and pre-series in pilot plants (film extrusion, lamination, profiles, thermoforming, injection, blowing, lamination, printing, 3D printing…).
Final product characterization (mechanical, physical, chemical, thermal, optical properties, climate testing, etc.).
Compliance with product regulations and legislation.

Composites:
formulation of new materials.

Selection of reinforcements, resins, fillers and additives for different applications, including advice on formulation, processing tests and validation of the final product. Biomaterials.
Mould design, process optimization and obtaining parts that conform to specifications in pultrusion and resin-transfer processes (RTM, RTM-Light and infusion).
Obtaining prototypes from SMC and Prepregs, material selection to comply with specifications.
Development of solid surface formulations to enhance the properties of products with high levels of inorganic fillers.
Inclusion of nanomaterials in formulations and obtaining prototypes. Property characterization.

Our projects

ARPA-ACUA

Eco-friendly alternatives for polymers and their chemical additives in aquatic environments

Industrial research of natural-fibre biocomposites with flame-retardant properties for the rail sector

BUGWORKERS

Development of PHB-based nanocomposites obtained through sustainable production methods for high-performance applications

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Find out more about these technologies

Plastic compounding

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Polymer synthesis and chemical technologies

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Processing of advanced composite materials

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Paco Gómez

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