China Low Viscosity Cationic Curing UV Monomer Manufacturers Factory Suppliers
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Low Viscosity Cationic Curing UV MonomerUM-440 is a special UV monomer, which is a cationic curing UV monomer. It has strong dilution ability for various types of cationic hybrid resins. The curing speed is fast and will not affect the...read more
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High Hardness Cationic Curing UV MonomerUM-490 is a high-hardness cation-cured VU monomer that can resist scratches and impacts and is suitable for use in automotive parts, industrial equipment, etc. This product has excellent wetting...read more
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Low Shrinkage Cationic Curing UV MonomerUM-480 is a product with a range of features. It has moderate cure characteristics suitable for balancing hardness and flexibility during cure. It enables ideal curing under a variety of...read more
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Water and Chemical Resistant Cationic Curing UV MonomerThis product UM-470 is a product designed to enhance the degree of curing cross-linking of cationic resins. The curing speed is moderate, the base material has good wettability and is easy to...read more
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High Adhesion Cationic Curing UV MonomerThis low-viscosity material is popular for its range of outstanding properties. The low viscosity makes it easy to handle when applying, allowing for quick coating and even distribution on a...read more
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Cationic Dual-cure UV MonomerThis colorless and transparent material is prized for its multiple properties. Its slight odor makes it more pleasant to use without causing a pungent smell or discomfort. Its colorless...read more
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N-VinylcaprolactamVM-3530 UV monomers polymerize under UV exposure to form a strong three-dimensional network structure, resulting in a hardened coating or adhesive. This product can be attached to plastic. The...read more
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Triethylene Glycol Divinyl EtherVM-3520's chemistry has excellent thinning capabilities, allowing it to effectively thin paints, coatings or adhesives for easy application on a variety of surfaces.Vinyl monomers can be used in...read more
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4-Hydroxybutyl Vinyl EtherVM-3510 is a very distinctive vinyl monomer.Vinyl monomers can be used in the most demanding applications, with high reactivity, excellent quality and batch-to-batch consistency, making them the...read more
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Methoxy Tripropylene Glycol Monoacrylate UV MonomerFM-362 shows excellent performance. It has low shrinkage and almost no volume shrinkage during the curing process, reducing internal stress and improving the stability of the coating. It can also...read more
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Dual-functional Acrylate UV MonomerThis series of products contains two acrylate functional groups, which are more cross-linked and can form a stronger cross-linked network. Bifunctional acrylic UV monomers cure much faster than...read more
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Monofunctional Acrylate UV MonomerMonofunctional acrylate monomers are a class of versatile chemicals with a number of outstanding properties. They have a relatively high refractive index of 1.516, making them very useful in...read more
WebA hybrid vinyl ether/acrylate monomer with an exceptionally low viscosity (3.65cP), VEEA is a reactive diluent perfect for UV-InkJet applications. Along with low irritation, the presence of both...
WebAug 11, 2022 · Summary. Formulation strategies for UV inkjet inks are fundamentally different from those of all other UV ink technologies due to the low viscosity...
WebI nk-jet inks need to be very low in viscosity to transport the ink through the jet nozzle as well as for drop formation and integrity. The objective of this project was to demonstrate...
WebJun 9, 2021 · binders of choice for this project due to their low viscosity and ability to be cured using UV-cat-ionic photoinitiators. UV-curable coatings and inks with zero VOC...
WebAug 21, 2020 · It is particularly suited for use as a reactive diluent in UV curing coatings and inks applications, for example, in UV inkjet printing. In these applications, the monomer...
WebDec 28, 2020 · This review provides an overview of the state of the art of bio-based cationic UV-curable epoxy resins. Particular focus has been given to the sources of the bio-based...
