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253 products · Page 9 of 11
Refined BDMB with impurities < 0.1% and ~20% higher quantum yield. Lets you reduce loading or cure with lower-energy LEDs.
Solvate-modified BDMB with 30% higher solubility in oligomers and reactive diluents. Drops cleanly into high-solids and solvent-free systems.
Thermally stabilised BDMB with decomposition temperature raised by 50°C. Maintains initiation activity in cure ovens and engine-bay coatings.
Stable 40% aqueous dispersion (≤100 nm) of BDMB with non-ionic surfactant. Drop-in for water-based UV coatings, eliminating solvent VOC.
2-(4-Methylbenzyl)-2-(dimethylamino)-1-(4-morpholinophenyl)-1-butanone. Excellent absorption 300–320 nm, designed for LED-cure systems and high-gloss coatings.
PI 379 + phenylbis(2,4,6-trimethylbenzoyl)phosphine oxide (TPO) 2:1. TPO adds visible-light absorption for deep-section / thick-film cure.
PI 379 meeting FDA 21 CFR 175.105 limits and heavy-metals ≤1 ppm. Approved for indirect food-contact UV inks and coatings.
PI 379 with chromophore tuning for peak 365–405 nm LED output. Designed for the modern UV-LED hardware generation.
Polymer-bound PI 379 with migration rate ≤5 mg/kg. Designed for food-contact, cosmetic and medical packaging where leachables matter.
PI 379 pre-dissolved in ethylene glycol monoethyl ether for low-viscosity dosing. Drop-in for liquid UV-ink and spray-coat lines without the powder-handling step.
2-Methyl-2-morpholino-1-(4-methylthiophenyl)-1-propanone. Classic Type II α-aminoketone widely used in pigmented UV systems. Strong absorption 300–340 nm.
Synergistic 907 + isopropylthioxanthone 3:1 blend for pigmented systems. ITX extends absorption into 380–420 nm so deep-coloured films cure efficiently.
MMMP fully REACH-registered for unrestricted import into the EU. Export documentation and SDS bundles in EU languages included.
Workhorse industrial-grade MMMP for high-volume general UV-coating and adhesive lines. ≥98% HPLC.
MMMP modified with low-yellowing chromophores, ΔY index ≤0.5. Designed for premium clear finishes and white pigmented systems where post-cure colour drift is unacceptable.
907 encapsulated in melamine-formaldehyde shell, 10–50 μm particles. Enables single-component powder UV systems and shelf-stable blends.
Pharma-grade MMMP, ≥99.5% HPLC, processed to pharmacopoeia residual-solvent and microbial standards. For medical adhesives and controlled drug release.
Polymer-grade propylene is mainly used to produce polypropylene (PP) for plastics, fibers and packaging. It is also used to produce acrylonitrile for ABS and acrylic fiber, propylene oxide for polyurethane, acrylic acid and esters, butanol, octanol and other organic and fine chemicals.
Pour Point Depressant supplied by Xingyou New Materials Technology (Shandong) Co., Ltd. for oilfield production, crude-oil treatment and process-chemical workflows. Source quote: RMB 5000/ton.
General-purpose pre-baked carbon anode for aluminium electrolysis cells in the 160–300 kA range. Specific resistivity ≤ 55 µΩ·m, ash ≤ 0.5%, sulphur ≤ 1.8%. Built from calcined petroleum coke and medium-temperature coal-tar pitch.
Higher-grade anode for medium-to-large smelting cells. Resistivity ≤ 52 µΩ·m, compressive strength ≥ 38 MPa, sulphur ≤ 1.5%. Premium calcined coke + modified pitch binder for tighter porosity and lower carbon consumption.
Circular-economy anode containing 20% spent-anode recycle without performance compromise. Built for smelters operating under closed-loop sustainability programmes or cost-reduction mandates.
Specialty anode for electrolyte chemistries with elevated alkali ratios. Butt-end recovery rate ≥ 85% over a full cycle. Built around alkali-resistant coke + corrosion-resistant pitch.
Surface-coated anode with CO₂ reactivity ≥ 88%. The protective layer reduces airburn losses, dust generation and cell maintenance frequency.