Blog - Jiangsu Tetra New Material Technology Co., Ltd.

14

2026.08

Cycloaliphatic Epoxy Resin: Solving Precision and Performance Challenges in Photopolymer 3D Printing

IntroductionPhotopolymer 3D printing — particularly SLA, DLP, and LCD light-curing technologies — has seen rapid adoption in recent years for prototyping, investment casting patterns, dental applica...

13

2026.08

Cycloaliphatic Epoxy Resin: Solving Five Key Material Challenges in Electronic Insulation and Encapsulation

IntroductionElectronic devices keep getting smaller, more powerful, and deployed in ever more demanding environments — from outdoor high-voltage transmission equipment to LED light sources, from prec...

12

2026.08

Cycloaliphatic Epoxy Resin: Solving Five Key Failure Challenges in Outdoor Composite Service

IntroductionComposite structural components — particularly outdoor parts in power, telecommunications, and rail transit applications — often need to withstand UV radiation, temperature and humidity ...

30

2026.07

Engineering High-Performance Epoxy Formulations with Diglycidyl 1,2-Cyclohexanedicarboxylate

Challenged by rising performance expectations across advanced industries, epoxy formulators are continuously searching for resin structures that can deliver greater reliability without sacrificing pro...

30

2026.07

How to Smooth 3D Prints With Epoxy Coating: A Step-by-Step Tutorial

How to Smooth 3D Prints with Epoxy Coating: 2026 Step-by-Step GuideFDM 3D printing is an incredible tool for prototyping and manufacturing, but it comes with a universal headache: visible layer lines....

29

2026.07

Selecting UV Oligomer Products for Different Photopolymer Formulation Requirements

A few seconds of UV exposure can transform a liquid formulation into a solid material, but the performance of that final product is determined long before the curing lamp is switched on. The real engi...

28

2026.07

Beyond Conventional Epoxy: Understanding the Unique Role of Cycloaliphatic Epoxy Resins in Advanced Material Systems

A material can look perfect on the day it is manufactured and still fail years later when exposed to sunlight, heat, and changing environmental conditions. This long-term performance gap is one of the...

27

2026.07

Evaluating Insulating Epoxy Formulations: Achieving High Tg and Dielectric Strength for High-Temperature Electronics

```html Evaluating Insulating Epoxy Formulations: Achieving High Tg and Dielectric Strength for High-Temperature Electronics In the rapidly evolving electronics industry, reliable insulating epoxy i...

27

2026.07

Epoxy Resin 3D Printing Challenges and Solutions for Industrial-Grade Production

When a 3D printed component moves from a design concept to an industrial application, the requirements change significantly. Precision, durability, repeatability, and material performance become criti...

24

2026.07

Weather-Resistant Electrical Insulation Paint: Preventing Dielectric Degradation in Outdoor Environments

Weather-Resistant Electrical Insulation Paint: Preventing Dielectric DegradationHigh-voltage power distribution, smart grid infrastructure, and outdoor electrical equipment operate under some of the m...

21

2026.07

The Formulation Chemist’s Guide to Cationic Epoxy Systems: Advantages and Curing Mechanisms

```html The Formulation Chemist’s Guide to Cationic Epoxy Systems In the high-stakes sector of industrial radiation curing and advanced polymer synthesis, formulation chemists are constantly challe...

18

2026.07

Overcoming Thermal Limits in Composites: Cycloaliphatic vs. Bisphenol-A Epoxy Resin

Overcoming Thermal Limits in Composites: Cycloaliphatic vs. Bisphenol-A Epoxy ResinIn the demanding world of advanced materials, selecting the right epoxy resin composite material is critical for perf...