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Cobalt‑Free Waterborne Mn‑Zr Combination Drier for Eco Water Alkyd
Cobalt‑Free Waterborne Mn‑Zr Combination Drier is one‑pack water‑dispersible composite drier free from cobalt. Manganese acts as main catalytic component to drive surface oxidation cross‑linking, zirconium serves as auxiliary drier to promote deep‑film curing, improve hardness and reduce pigment adsorption loss. With hydrophilic modification, it achieves stable dispersion in aqueous alkyd environment and resists hydrolysis deactivation. It satisfies raw‑material requirements for cobalt‑free eco‑
APEO‑Free Co‑Li‑Zr Emulsion Drier for Waterborne Alkyd Emulsion System
APEO‑Free Co‑Li‑Zr Emulsion Drier belongs to APEO‑free emulsion‑form composite drier for oxidative‑cure waterborne alkyd emulsion systems. Conventional waterborne driers often contain APEO‑based surfactants, which may break latex particle stability and cause flocculation, gloss drop and storage failure for alkyd emulsion. This product utilizes optimized emulsifying technology free from APEO substances. Cobalt provides primary surface‑drying activity, lithium improves drier response speed, zircon
Waterborne High‑Zr Co‑Zn‑Zr Drier CAS 136-52-7 for Thick Film Water Alkyd
Waterborne High‑Zr Co‑Zn‑Zr Drier is water‑dispersible multi‑metal composite drier with elevated zirconium content. Cobalt provides fast surface drying, zinc reduces pigment adsorption loss of drier components, high‑content zirconium greatly enhances deep‑layer through‑curing capacity, specially designed for thick‑film water‑reducible alkyd applications. Hydrophilic modification gives excellent water dispersibility and anti‑hydrolysis stability in aqueous paint matrix. It effectively avoids the
Waterborne Co‑Zn‑Zr All‑in‑One Drier CAS 136-52-7 for Waterborne Alkyd
Waterborne Co‑Zn‑Zr All‑in‑One Drier is ready‑to‑use one‑pack composite drier consisting of cobalt, zinc and zirconium carboxylates. Cobalt undertakes primary surface‑drying function, zinc improves pigment wetting and inhibits drier adsorption, zirconium significantly promotes through‑curing and enhances film hardness. Hydrophilic modification endows the product with stable water dispersibility and anti‑hydrolysis capacity in water‑reducible alkyd systems. It avoids complicated manual proportion
Waterborne Co‑Ba‑Zn Combination Drier CAS 136-52-7 All‑in‑One Water Alkyd
Waterborne Co‑Ba‑Zn Combination Drier is one‑pack all‑in‑one waterborne composite drier composed of cobalt, barium and zinc metal salts. Cobalt provides rapid surface drying, barium and zinc cooperate to promote through‑curing and improve film hardness and storage stability. Pre‑blended metal formula eliminates the trouble of separately adding multiple single‑metal driers. It features good water dispersibility and anti‑hydrolysis performance for water‑reducible alkyd systems. Suitable for archit
Waterborne Polymeric Cobalt Drier 2‑EHA‑Free REACH Low‑Label Water Alkyd
Waterborne Polymeric Cobalt Drier is hydrophilic modified polymeric cobalt drier free from 2‑ethylhexanoate, specially developed for water‑reducible alkyd coatings. Traditional waterborne cobalt driers containing 2‑EHA face strict EU regulatory restrictions. This product adopts special polymeric ligand structure to realize good water dispersibility and anti‑hydrolysis stability without 2‑EHA ingredients, achieving REACH‑compliant low‑label status. It acts as primary drier to initiate oxidative c
Waterborne Cobalt Neodecanoate 7% Co CAS 27253-31-2 Primary Drier for Water‑Reducible Alkyd
Waterborne Cobalt Neodecanoate 7% Co is water‑compatible cobalt neodecanoate primary drier designed for water‑reducible alkyd resins. Thanks to branched neodecanoate ligand structure, it achieves good emulsifiability and hydrolysis stability in aqueous coating environment, avoids deactivation problems of ordinary solvent‑borne cobalt driers in water‑containing systems. It acts as primary drier to trigger surface oxidative cross‑linking. It should be used together with auxiliary driers such as zi
High‑Activity Polymeric Cobalt Drier 5% Co 2‑EHA‑Free Low‑Dosage REACH Alkyd
High‑Activity Polymeric Cobalt Drier 5% Co is high‑activity polymeric cobalt drier without 2‑ethylhexanoate. With 5% cobalt content, it achieves effective curing effect under lower adding dosage and avoids regulatory risks brought by 2‑EHA components. It meets REACH compliance requirements for EU export. This primary drier needs to be matched with zirconium, calcium and other auxiliary driers to balance surface drying, through‑curing and anti‑skinning performance. It is widely used for high‑soli
Polymeric Cobalt Drier 4% Co 2‑EHA‑Free REACH‑Compliant Low‑Label Alkyd
Polymeric Cobalt Drier 4% Co is polymeric‑structured cobalt primary drier free from 2‑ethylhexanoate. Traditional cobalt 2‑ethylhexanoate faces strict REACH regulatory restrictions. This product adopts special polymeric cobalt ligand structure to retain effective catalytic drying activity while removing 2‑EHA ingredients, achieving low‑label regulatory classification. It needs to be compounded with auxiliary driers such as zirconium and calcium to optimize through‑curing, hardness and anti‑skinn
Cobalt‑Free ESG Manganese Drier Sustainable Low‑Toxicity Alkyd Coating
Cobalt‑Free ESG Manganese Drier is cobalt‑free low‑toxicity manganese drier developed for ESG‑oriented alkyd coating projects. It abandons cobalt‑containing active ingredients and adopts optimized manganese carboxylate system to realize oxidative cross‑linking. Featuring low‑toxicity and sustainable characteristics, it meets global environmental‑protection and corporate ESG procurement requirements. This primary drier should be compounded with matched auxiliary driers to balance surface drying,
Cobalt‑Free Bio‑Based Manganese Drier Vegetable Oil Carrier for Alkyd and Ink
Cobalt‑Free Bio‑Based Manganese Drier is cobalt‑free manganese drier with vegetable‑oil‑derived bio‑based carrier. It abandons traditional petroleum‑based solvent carrier, uses renewable vegetable oil as dispersion medium while retaining manganese‑based oxidative catalytic activity. It shows excellent compatibility with alkyd coating resins and printing ink binders. This primary drier needs to be compounded with appropriate auxiliary driers to optimize surface drying, through‑curing and anti‑ski
Cobalt‑Free Complex Primary Drier for Alkyd Coating and Printing Ink
Cobalt‑Free Complex Primary Drier is cobalt‑free complex‑modified primary drier applicable for alkyd coating and printing‑ink fields. It realizes oxidative cross‑linking without cobalt ingredient by special complex metal catalytic structure. It shows good compatibility with alkyd paint binders as well as printing‑ink resins. This primary drier must be compounded with matched auxiliary driers to optimize surface drying, through‑curing and anti‑skinning performance. It is widely used for environme
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