Author - MR. JO

A Formulator’s Guide to Modified Epoxy Resins: JPOXY JR Series

A Formulator’s Guide to Modified Epoxy Resins: JPOXY JR Series Choosing the right epoxy resin is one of the most important formulation decisions for adhesives, coatings, flooring, and composite systems. Different projects demand different rheology, chemical resistance, cure profiles, and handling properties. JPOXY’s Modified Epoxy Resins...

MR. JO Modified Epoxy Resins — Selector Guide (viscosity: high → low)

MR. JO Modified Epoxy Resins — Selector Guide (viscosity: high → low) Use: pick by required rheology first (bead/hold vs flow/degas), then match diluent chemistry (aliphatic vs aromatic, mono vs di) to the end-use (weathering, chemical resistance, Tg). Grade (link)EEW (g/eq)Viscosity @25 °C (mPa·s)Modifier / reactive diluentColour...

MR. JO JR 4125: Mid-Viscosity Modified Epoxy Resin for Coatings, Castings & Civil Systems

Introduction

Epoxy formulators working in coatings, casting systems, and civil applications often require a resin that offers controlled viscosity, good handling, and reliable cured performance. Standard bisphenol-A epoxy resins can be too viscous for easy processing, while overly diluted grades may compromise mechanical strength or...

MR. JO JR 3005L: Low-Viscosity Modified Epoxy Resin for Flowable Systems

Introduction

When it comes to self-levelling floorings, flowable mortars, and construction adhesives, formulators face the constant challenge of achieving the right balance between workability and performance. Standard bisphenol-A epoxy resins are often too viscous for these applications, requiring external reactive diluents to improve flow. However,...

MR. JO JR 3018: Aromatic Reactive Diluent Modified Epoxy Resin for Chemical-Resistant Systems

Introduction

In demanding industries like chemical processing, infrastructure, and flooring, epoxy resins must offer flowability for application and durability for long-term performance. Standard bisphenol-A resins often need external diluents to achieve workable viscosity, but these can reduce mechanical or chemical resistance.