The coating resins company 查找网点

轻防腐

船舶与防护

创新但不付出代价

  • 期望的外观和手感
  • 水性低VOC
  • 耐久而无损性能

您的客户喜欢他们中意的油性瓷漆的附着力和外观,但厌倦了处理溶剂清理和气味问题。湛新不会强行您妥协。我们的基于丙烯酸、醇酸和聚氨酯化学的醇酸乳液技术不会让您失望。这些产品提供水性系统的VOC,同时具有醇酸体系的光泽度、稳定性和外观。

让您困难的项目变得简单

  • 耐化学性
  • 耐久涂层
  • 更少停机时间

您的客户厌倦了重新粉刷经常接触手上的油污、动物脂肪和化学清洁剂的墙壁。湛新的水性环氧树脂系统不需要您的顾客长时间等待涂层的干透。这些系统不仅干得快,而且具有高度的耐化学性,这意味着你的客户不会像现在这样频繁地重新粉刷。

Kevin, allnex China

TS/BD Manager

您所遇到的挑战是什么?

只有合力而为才能找到解决问题的独特办法

我们有经验和技术为您找到合适的树脂、交联剂及助剂。

现在就联系我们吧

allnex product highlights

Light Duty Protective

Layer Technology Product Benefits
Topcoat / monolayer Waterborne alkyd RESYDROL® AY 6150w/45WA Fast drying, excellent hardness, very good water resistance and durability.

 

Additives for your coating formulations
Chemistry/Functionality Technology Product Benefits
Additives Drier ADDITOL® DRY CF 100 / CF200 Next-generation Cobalt free driers for superior set and thorough drying and better long-lasting effect.
Additives Dispersing ADDITOL® VXW 6208/60 When the  performance of their paint is critical, people turn to ADDITOL® VXW 6208/60 for a dispersant that enables development of optimum performance for solventbased based and zinc rich systems
Additives Dispersing ADDITOL® XL 6583 Highly efficient dispersant used for improved alkaline resistance in solventborne systems.   Works particularly well with allnex's ACURE system.
Additives Dispersing ADDITOL® XW 6588 Best in class dispersant for waterbased systems providing excellent corrosion resistance.
Additives Flow & Leveling ADDITOL® XW 6580 ADDITOL® XW 6580 is a leveling and substrate wetting agent based on polyether modified siloxane for waterborne and solventborne paint systems giving strong surface tension reduction without foam stabilization or increasing slip. 
Additives Flow & Leveling MODAFLOW®  Resin A highly effective additive used for flow and leveling that has the added benefit of also providing degassing for SB and 100% solids systems.
Additives Foam control ADDITOL® XW 6585 Efficient and highly compatible defoamer that is easily incorporated into waterbased systems