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A polyamine-cured paint with exceptional resistance to solvents, chemicals, acids, and bases is epoxy phenolic coating. When chemical resistance and heat resistance up to 180 C are needed, it can be utilised as a protective coating for steel structures.
It is frequently applied on the exterior of many cement and light metal buildings, both indoors and out. For a variety of applications, such as immersion service for the majority of acids, solvents, and salts, phenolic coatings provide consistent high-quality corrosion protection.
When low pH conditions and higher temperatures are important, this epoxy phenolic coating is frequently utilised since it is chemically resistant.
The Global EV phenolic coating market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
For BPA-NI applications, Allnex has introduced a new environmentally acceptable phenolic resin. PHENODUR® PR 616/65B is a new, environmentally friendly phenolic resin that is recommended for interior and exterior can coatings and has a very low free formaldehyde value of 0.1%.
allnex is a leading supplier of specialty chemicals, offering a broad range of coating resins, additives, and crosslinkers for use on wood, metal, plastic, and other surfaces. Both Bisphenol-A and Bisphenol-F are absent from PHENODUR PR 616/65B, which also has a very low free monomer concentration.
In applications including BPA-NI, high molecular weight polyester or high molecular weight epoxy resins can be combined with PHENODUR PR 616/65B to create stiff and flexible packaging as well as drum lining. In terms of flexibility and reactivity, these coatings have a well balanced performance.
When compared to PHENODUR PR 612/80B, their new resin, PHENODUR PR 616/65B, exhibits improved solvent resistance without sacrificing flexibility. It also exhibits good sterilisation resistance and good substrate adhesion following sterilisation in conventional epoxy-phenolic coatings and in future-oriented polyester-phenolic combinations.
gives great flexibility and hardness balance. Create coatings devoid of bisphenol A and F. 0.1% or less of free formaldehyde is a low quantity. enables the delivery of an extremely smooth coated surface. suitable with the majority of backbone binder chemistries.
