Waterborne Epoxy MIO Intermediate漆
KF-WM100 Water-Based Epoxy MIO Intermediate
KF-WM100 Waterborne Epoxy MIO Intermediate Paint is based on waterborne epoxy resin and waterborne curing agent, with micaceous iron oxide (MIO) pigment added. The MIO flakes align parallel in the coating to form a labyrinth shielding layer that blocks moisture and corrosive media penetration. Water is used as thinner, with VOC approaching zero. It is the core intermediate layer of the waterborne heavy-duty anti-corrosion three-coat system (waterborne zinc-rich - waterborne MIO - waterborne topcoat).
ProductsVisão geral
Waterborne Epoxy MIO Intermediate Paint is a heavy-duty anti-corrosion coating designed by KeXin New Material in accordance with ISO12944 standard. Formulated scientifically with premium resins and high-performance anti-rust pigments, it offers excellent anti-corrosion performance and adhesion. Widely used for protective coating in heavy-duty anti-corrosion fields such as steel structures, bridges, petrochemicals, and ships.
The product has passed rigorous salt spray testing (>1000h) and adhesion testing (>5MPa), and with a complete base-intermediate-topcoat system, it can provide long-lasting protection for 15-25 years. Kexin provides free coating design solutions and technical support services.
Por que escolher um intermediário epóxi MIO à base de água?
NúcleoAdvantages
MIO Shielding·Labyrinth Effect
Micaceous iron oxide (MIO) is a flake pigment (particle size 5-30 microns) arranged in parallel overlapping layers within the coating. It forms a labyrinth shielding layer that effectively blocks moisture/oxygen/chloride ion penetration. The coating withstands salt spray for more than 1500h (100 microns single layer). It is the key intermediate layer connecting primer and topcoat in heavy-duty anti-corrosion coating systems.
Waterborne System·Full Supporting Range
Forms a fully waterborne heavy-duty anti-corrosion three-coat system with waterborne epoxy zinc-rich primer KF-WZ500 and waterborne polyurethane topcoat/waterborne fluorocarbon topcoat. Total dry film thickness 280-320 microns, designed service life greater than 15 years in C4-C5 corrosion environments. Helps coating enterprises achieve full-process waterborne environmental compliance.
Single-coat thick film · efficient application
High-solids waterborne epoxy system can achieve 80-150 microns in a single coat without sagging. Pot life at 23 degrees greater than 2 hours, suitable for large-area spraying. Good intercoat adhesion with waterborne zinc-rich primer and waterborne topcoat, no sanding required. Curable at low temperature of 5 degrees, meeting winter coating needs.
Serviço técnico profissional de sistemas de revestimento
A Kexin possui equipe experiente de P&D e aplicação de revestimentos, oferecendo suporte completo: análise do substrato, seleção do revestimento, otimização de parâmetros e orientação de aplicação no local.
Sistema de fabricação verde em conformidade ambiental
All products are RoHS/REACH certified and their VOC content meets national environmental standards. Environmental performance test reports from authoritative third-party testing organizations such as SGS and CTI are provided.
Controle de qualidade abrangente e rastreabilidade de lotes
A comprehensive quality control system is in place from raw material intake to finished product delivery. Each batch of products undergoes rigorous physical and chemical performance testing and coating simulation testing. A batch test report and product quality certificate are included with each shipment.
TécnicoSpecifications
Parâmetros básicos
Especificações de desempenho
The above technical parameters are from the testing data of Kexin New Materials Laboratory (ISO 17025 certified). Actual values may vary slightly due to construction environment and substrate conditions. For the latest technical data, please contact technical support to obtain the COA test report.
Perguntas Frequentes -Perguntas
ApplicationProcess
Preparo de superfície
Limpe bem o substrato contra óleo e ferrugem. Granalhe o aço a Sa2.5. Pré-trate conforme a ficha. Ambiente 5-40 °C, umidade relativa<85%。
Primer / pré-tratamento
Escolher primer ou pré-tratamento conforme substrato e sistema. Misturar na proporção exata e controlar a espessura. Avançar após a secagem; pré-pintar áreas críticas.
Aplicação da camada principal
Aplicar a camada principal conforme o processo, controlando espessura, clima e flash-off para um filme uniforme sem escorrimento.
Curing process
Bake or air dry at room temperature until fully cured according to product requirements. Maintain a uniform oven temperature (±5°C) and gradually increase the temperature to avoid coating defects. For room temperature curing, ensure adequate ventilation and suitable humidity.
Inspection and Acceptance
We test all indicators including film thickness, adhesion, gloss, color difference, and chemical resistance. We conduct comprehensive performance testing according to relevant standards. After all tests pass, we issue a test report and quality assurance certificate, and ship the product in dust-free packaging.
AplicaçãoCasos
Camada intermediária epóxi MIO à base de água para pontes
Large-span bridge steel structure waterborne epoxy micaceous iron oxide intermediate coat spraying C4-C5 system
Epóxi MIO à base de água para torres de turbinas eólicas
Wind turbine tower waterborne epoxy micaceous iron oxide intermediate coat spraying waterborne coating
MIO à base de água para estruturas metálicas petroquímicas
Petrochemical plant steel structure waterborne epoxy micaceous iron oxide intermediate coat spraying heavy-duty anti-corrosion
MIO à base de água para estruturas metálicas de edifícios
Large building steel structure waterborne epoxy micaceous iron oxide intermediate coat spraying
Camada intermediária MIO à base de água para navios
Waterborne Epoxy Mica Iron Intermediate Coat Spraying for Ship Steel Structures Eco-friendly Coating
MIO à base de água para plataformas offshore
Waterborne Epoxy Mica Iron Intermediate Coat Spraying for Offshore Platform Steel Structures C5-M
MIO à base de água para torres de transmissão
Waterborne Epoxy Mica Iron Intermediate Coat Spraying for High-voltage Transmission Towers
MIO à base de água para tubulações industriais
Waterborne Epoxy Mica Iron Intermediate Coat Spraying for Industrial Pipe Rack Steel Structures
Camada intermediária MIO à base de água para tanques
Waterborne Epoxy Mica Iron Intermediate Coat Spraying for Large Storage Tank Steel Structures
Camada intermediária MIO à base de água para comportas
Pulverização do intermediário epóxi MIO à base de água em comportas metálicas para obras hidráulicas
Waterborne Mica Iron for Sports Venues
Pulverização do intermediário epóxi MIO à base de água em estruturas metálicas de estádios
MIO à base de água para tabuleiros metálicos de pontes
Waterborne epoxy micaceous iron oxide intermediate paint spraying for steel bridge deck
Revestimentos relacionadosProdutos recomendados
Revestimento epóxi à base d'água
Waterborne Epoxy · Low VOC · Excellent Anti-corrosion
Saiba mais→
Revestimento de poliuretano à base d'água
Waterborne Polyurethane · Weather Resistant · Primer-Topcoat in One
Saiba mais→
Tinta alquídica à base d'água
Water-based alkyd, fast-drying, economical and versatile.
Saiba mais→
Revestimento fluorocarbônico à base de água
Waterborne Fluorocarbon · 25-Year Weather Resistance · Eco-Friendly
Saiba mais→Waterborne epoxy micaceous iron oxide intermediate paint·Venda direta da fábrica
Camada intermediária epóxi MIO à base de água Kexin, fornecida direto da fábrica. Teste de amostra grátis, assistência de engenheiros técnicos em campo, qualidade certificada ISO.
artigos e notícias relacionados
Leia mais: artigos técnicos e notícias do setor da Kexin New Materials