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

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...

15

2026.07

Optimizing Cationic UV Resins: How TTA26 (CAS 3130-19-6) Delivers Strong Dilution Ability and High Flexibility

```html Optimizing Cationic UV Resins: How TTA26 (CAS 3130-19-6) Delivers Strong Dilution Ability and High Flexibility In the rapidly advancing world of industrial photopolymerization, formulation c...

14

2026.07

Cycloaliphatic Epoxy Resin: A Key Material Driving Higher Reliability in the Electronics Industry

Cycloaliphatic Epoxy Resin: A Key Material Driving Higher Reliability in the Electronics Industry IntroductionAs electronic products continue to evolve toward higher integration, higher power density,...

13

2026.07

Cycloaliphatic Epoxy Resin: Upgrading the Performance of Composite Material Matrices

IntroductionIn composite materials, the performance of the matrix resin often sets the ceiling for what the final part can achieve. Whether the process is filament winding, pultrusion, compression mo...

12

2026.07

Cycloaliphatic Epoxy Resin: The Core Building Block of UV-Curable Coatings and Inks

IntroductionThe coatings and inks industry has been shifting rapidly from solvent-based systems toward UV-curable technology in recent years. With advantages like curing in seconds, near-zero VOC emis...

11

2026.07

Precision in 2026 Electronics Encapsulation: Why Tetrahydroindene Diepoxide (CAS 2886-89-7) Delivers Dielectric Reliability and Thermal Stability

In 2026, the miniaturization of electronics packages has reached a point where the encapsulation material is no longer a secondary formulation consideration — it is a primary reliability engineering ...

08

2026.07

Flexibility vs Hardness in 2026 Epoxy Systems: How 1 2 Cyclohexane Diol-based Epoxy (CAS 244772-00-7) Helps Prevent Cracking

In 2026, electronics and industrial adhesive engineers are caught in a familiar mechanical design trap. The heat resistance and electrical insulation targets that modern applications demand — dry-typ...

05

2026.07

Reliability in Microelectronics (2026): Why 5026 74 4 Enables Advanced Encapsulation and Underfill-Style Gap Filling

In 2026, microelectronics packaging engineers are working with geometries and thermal loads that expose every weakness in the encapsulation material. Flip-chip assemblies, power modules, and advanced ...

02

2026.07

Strategic Sourcing in 2026: Key Quality Standards for Bulk Glycidyl Amine Epoxy Resin Procurement

In 2026, procurement teams managing strategic programs in composites, electrical insulation, and electronics packaging are operating under a level of supplier scrutiny that did not exist five years ag...

29

2026.06

Ensuring Longevity in 2026 LED Encapsulation: The Non-Yellowing Advantage of Cycloaliphatic Epoxy Resin

In 2026, outdoor LED lighting modules, Mini-LED backlight units, and high-power signage displays are operating under conditions that expose every weakness in the encapsulant material. Power density is...

26

2026.06

Achieving High Precision and Low Shrinkage in 2026 3D Printing: How Methacrylate Epoxy (82428 30 6) Upgrades SLA/DLP Resin Performance

In 2026, SLA and DLP production printing has moved decisively beyond prototyping into end-use manufacturing — dental models that must meet clinical fit tolerances, microfluidic devices with channel d...

23

2026.06

The Best Resin for LED Potting in 2026: Why 2386 87 0 Delivers High Clarity and Thermal Stability

In 2026, high-power LED modules and compact optoelectronic assemblies are operating under conditions that expose every weakness in the potting material. Junction temperatures are higher, PCB spacing i...