Author - MR. JO

MR. JO Reactive Diluents Selector Guide

Choosing the right reactive diluent for epoxy formulations Reactive diluents are key building blocks in epoxy formulations. They reduce viscosity, improve workability, and fine-tune properties like toughness, flexibility, hardness, and chemical resistance. The choice of diluent depends on the end-use—flooring, coatings, adhesives, or composites—and the desired...

MR. JO JH 8357 – Crystal-Clear, Low-Viscosity Hardener for Glossy Decorative & Protective Epoxy Coatings

JH 8357 is a clear, low-viscosity modified amine curing agent designed for use in high-performance epoxy systems. It is specially developed to work seamlessly with JR 3013 and JR 3000 resins, providing excellent processing characteristics and superior end-use performance. The product is known for its very...

MR. JO JH 8357 – Crystal-Clear, Low-Viscosity Hardener for Glossy Decorative & Protective Epoxy Coatings

JH 8357 is a clear, low-viscosity modified amine curing agent designed for use in high-performance epoxy systems. It is specially developed to work seamlessly with JR 3013 and JR 3000 resins, providing excellent processing characteristics and superior end-use performance. The product is known for its very...

MR. JO JH 1059 – Fast-Setting, Moisture-Tolerant Hardener for Repairs & Construction

In decorative and industrial epoxy applications, customers want more than just strength — they want a beautiful, long-lasting finish. Unfortunately, many hardeners struggle with yellowing, poor gloss, or bubble formation, which can spoil the final appearance. That’s where JH 8347A steps in.

What is JH 8347A?

JH...

MR. JO JH 1040 – The Trusted Coal Tar Based Polyamine Hardener for Harsh Environments

When metal and concrete structures face salt water, moisture, or harsh outdoor conditions, regular epoxy systems are not enough. They need a curing agent that can deliver long-term protection, excellent adhesion, and resistance to corrosion and water ingress. That’s exactly what JH 1040 offers.

What...