Knowledge base

Two-photon polymerization (2PP) is a new and modern technique in solid freedom fabrication of sub-micron structures from a photopolymerizable resin.

Hyperbranched materials are a subclass of dendrific materials that are rapidly becoming viable and attractive for use in industrial applications. The highly branched 3-dimensional morphology of hyperbranched materials in is structurally quite different from the linear or lightly branched oligomers tipically used in radiation cure systems.

UV cured coatings are changing their Physical state from liquid to solid during a fast room temperature curing reaction.

The use of printable  sensitive adhesives (PSAs) has been increasing in industrial graphic applications. These applications include durable labels, nameplates, membrane switches, and graphic overlays.

Today, multifunctionality in a coating is essential; in fact coatings do not only provide a certain protection towards the environment or optical appearance to a surface, but  they should also provide additional functions the environment or optical appearence to a surface, but they should provide additional functions as low abrasion, high chem

Lambson have active in examining the potential for using oligomeric photoinitiators to overcome migration issues since 1993 when research programmes were established with Professor R.S. Davidson an co-workers at Kent University and subsequently in Lambson's own labatories.

Photorheometry allows one to monitor typical rheoligal properties such as viscosity and shear modulus while a coating or adhesive is irradiated with UV or visible light.

For the first time the kinetics of the photopolymerization in the precence of ionic liquids was studied. Systems containing monomers of various functionality and various amounts of ILs were investigated to find the influence of the presence and structure of the ILs on the polymerization kinetics.