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Description: ARONIX is the brand name of specific acrylic monomers and oligomers produced by TOAGOSEI. ARONIX is classified into three grades: special acrylates, urethan acrylates and polyester acrylates. ARONIX is commonly used for UV-curing inks, UV-curing paints, and UV-curing adhesives through single
- Structure: Monomer
- Material Type: Type: Acrylics, Esters
- Functionality: Other
- Viscosity: 560 to 960 cps
Description: and tert-butyl styrene; free-radical- and UV-curable Potential applications: Additive for vinyl systems, electronic materials, wire enamels, adhesives, coatings
- Applications: Adhesives / Sealants, Coatings / Paint, Electronics / Semiconductors, Plastics / Composites
- Function: Impact Modifier / Toughening Agent
- Form: Organic Chemical / Polymer, Powder
Supplier: Dow Polyurethanes
Description: be obtained by broadcasting reflective glass beads immediately after the application of the MARK-55.2 System. MARK-55.2 is especially designed to provide extra resistance to ultra violet (U.V.) exposure and is completely free of TMPTA (Tri-Methylol Propane Tri-Acrylate) and other multifunctional monomers
- Type: Specialty / Other
- Technology: Multicomponent
- Substrate / Surface: Asphalt
- Surface Location / Orientation: Exterior
Supplier: Dow Polyurethanes
Description: and electronic potting. They contribute to an improvement in moisture vapor transmission resistance, while maintaining tensile strength, tear strength, flexibility and UV resistance. A very low Tg enables use over a broad temperature range. Applications Very favorable Moisture Vapor Transmission Rate
- Structure: Prepolymer
- Material Type: Type: Polyol / Polyureas
- Molecular Weight: 2000 Da
- Viscosity: 230 cps
Supplier: Mallard Creek Polymers, Inc.
Description: Rovene® 97982 is a very soft acrylic latex emulsion suggested as a base resin in flexible packaging laminating adhesives. Rovene® 97982 provides formulations with excellent clarity and UV stability, high tack and peel, and medium shear. Rovene® 97982 also has good adhesion to low
- Material Type: Type: Acrylics
- Viscosity: 500 cps
- Applications: Adhesives
Supplier: NETZSCH-Gerätebau GmbH
Description: Photo-DSC 204 F1 Phoenix® - Differential Photocalorimeter The main advantage of light-curing systems is their fast reaction time. Monomer solutions which are mostly free of solvents can be cured within only a few seconds and already at low temperatures. A combination of thermal and light
- Calorimeter Type: Differential Scanning Calorimeter (DSC)
- Temperature Range: -148 to 392 F
- Local Interface: Digital Front Panel
- Computer Interface: Yes
Supplier: Sartomer USA, LLC
Description: The beneficial role of amines in the UV cure process has been well recognized. Tertiary amines, such as methyl diethanol amine (MDEA), have been used widely to promote fast cure and to overcome the adverse effects of atmospheric oxygen on surface cure performance. Sartomer has introduced a series
- Applications: Adhesives / Sealants, Coatings / Paint, Plastics / Composites
- Function: Crosslinker / Vulcanizer, Curing Agent ( Hardener / Curative)
- Form: Organic Chemical / Polymer
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Featured Products for UV Monomer Top
DP Seals, Ltd.
and manufactured to meet stringent criteria at optimum cost. With its fully fluorinated monomers, FFKM has a chemical structure that ’s virtually unbreakable and impervious to attack by oxygen, ozone, UV light and harsh chemicals. The material ’s high level of fluorine also makes it more stable and less reactive, while its assured performance at high temperatures means it can be used in situations at least 50 ° above the operational limit of any other elastomer, with new grades offering... (read more)
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BSA Monomer-Dimer Elucidation with the BI-MwA (.pdf)
which is in excellent. UV Wavelength: 280 nm. Light Scattering Detector: BI-MwA. agreement with the expected value of 132,800. Software: ParSEC “Enhanced” multi-detector chromato-. g/mol. graphy software. Page 2 of 2
Medical Device Link .
radicals generated by the photoinitiators start the formation of monomer chains, and after several steps, the cross-linked polymer chains are completely reacted—i.e., cured. Combining the UV light with a visible light is advantageous, since UV curing of thick materials can lead to a cure gradient. By using
Medical Device Link .
Elastomer compound offers a fast-curing alternative to moisture curing. A UV curable elastomer compound from Master Bond Inc. (Hackensack, NJ; 201/343-8983) offers an alternative to conventional moisture curing silicone materials for use-in-place seals, gaskets, bonding, and protective coatings
Medical Device Link . ACRYLIC POLYMERS: A CLEAR FOCUS
clarity, superior toughness, rapid gamma recovery, excellent UV-light transmittance, biocompatibility, and good chemical and scratch resistance. Acrylic is easily processed and assembled and offers the potential to be recycled back to its monomer and used again, an important property as the pressure
Measurement of Chlorinated Hydrocarbons with an 11.7 PID (.pdf)
The first commercial photoionization detector (PID) was introduced in 1974 (1,2) by HNU Systems. This PID used a sealed short wavelength (121 nm/10.2 eV) UV lamp. In 1979, we introduced an 11.7 lamp in response to the need for detecting chloroalkanes for the chemical industry (VCM production
Medical Device Link . Artificial antibodies
for noncovalent interactions are shown in Table I. Following preassociation, polymerization occurs by UV irradiation or mild heating (Figure 1C). Once the solid polymer has formed, it is ground in a mortar and pestle and sieved to obtain a desired size, and the print molecule is extracted by incubation
Living anionic polymerization of methyl methacrylate
by small-angle. neutron scattering (SANS) and UV-visible spectroscopy to elucidate the. aggregation behavior of the PZN molecules themselves and the state of living. chain ends in a living polymer solution. PZN catalyst in deuterated. tetrahydrofuran (thf-d8) showed SANS curves fitted by a form factor
Soluble Narrow Band Gap and Blue Propylenedioxythiophene-Cyanovinylene Polymers
. Spectroelectrochemical experiments were performed using either a Cary 500 UV-. Vis-NiR specrophotometer for bench-top experiments or a Stellarnet diode-array Vis-NiR. spectrophotometer equipped with a InGaAs diode array detector with fiber-optic. capabilities for dry-box studies. In all cases, a three-electrode
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The Printing Ink Manual
UV monomers .
Smart Material Systems and MEMS: Design and Development Methodologies
A typical UV monomer system used in this case is a mixture of urethane acrylate oligomer, monomer and photoinitiator .
The polymers obtained from these UV monomers are expected to improve the compatibility, stability and decreased UV absorber migration from the matrix polymer.
Volume shrinkage of UV-curable coating formulation investigated by real-time laser reflection method
Scheme 1: Chemical structure of photoinitiators (a) TPOL, (b) ITX, (c) EDAB; and UV monomers : (d) TMPTMA, (e) .
UV ( Monomer ) (nm .
Effect of Monomer Structure on Real-Time UV-Curing Shrinkage Studied by a Laser Scanning Approach
The effect of monomer chain lengths (degree of ethoxylation), monomer functionality, and monomer type (acrylate vs. methacrylate) on the shrinkage rates and shrinkage of UV monomers was systematically investigated.
Polymerization shrinkage of (meth)acrylate determined by reflective laser beam scanning
Eight different kinds of UV monomers were tested using 2–5 mg specimens, and the shrinkage process was examined.
Journal of Propulsion and Power > Application of spatially precise laser diagnostics to fundamental and applied combustion research
UV Monomer .