Chempilots offers custom polymer synthesis on an R&D level. Our kilolab production unit is capable of clean room production of 1kg to 5 tons/year for medical applications. We can take your project from lab to pilot to full-scale production in a single seamless process – and all under one roof.

Why custom synthesis ?
In our experience custom synthesis comes to the fore when you are looking for:

• Unique or tailored functional properties
• Long-term implant materials
• Long-term supply availability and transparency (technical + QA)
• Controlled impurity profiles
• Super high purity

Polymer synthesis and processing capabilities
We have experience with free radical, anionic, ring opening, cationic and condensation polymerization in a range of different processing formats (solution, suspension, emulsion, reverse phase emulsion). Projects that we have solved that can only be solved by proper ab-initio synthesis and processing include:

• Synthesis of nitrogen monoxide loaded linear polyethyleneimine
• Performance optimization of a star PO:EO block copolymer
• Controlled random free radical copolymerization
• Controlled random EO-functional expoxide copolymerization
• Controlled free radical copolymerization yielding homogenous copolymers
• Synthesis processing under conditions that suppress polymer precipitation
• Mw control with proper suppression of unwanted high and low Mw components
• Suspension polymerization with fines suppression
• Super high purity polymers for medical and electronics use
• Light curable polyanhydrides

Our experience spans a wide range of materials, including:

• PEG copolymers, PEG block-copolymers, star PEGs
• PLGA and other PLA copolymers
• Polyorthoesters
• Polyanhydrides
• Silicone hydrogels
• Acrylic cement powder
• Derivatized cellulose for cell encapsulation
• Nitrogen monoxide (NO) loaded linear polyethyleneimine
• High purity standard thermoplastic polymers
• High Mw water soluble polymers
• Various polyesters

Contact us
For further information please call Christian Elbek on +45 4495 1661 or send him an e-mail.