Skip to main content

HTS – High Temp & Strength Resin

Fortify’s Digital Composite Manufacturing platform allows direct 3D printing of the highest performance materials available.

HTS delivers material properties similar to engineering plastics like PEEK, Vespel®, Radel®, and Torlon® via additive manufacturing.  Unlike many other high-performance photopolymers, HTS is a one-pot system leading to higher productivity and less waste.

HTS Resin Parts Provide:

  • High-temperature performance (HDT exceeding 300C)
  • High strength and deformation resistance
  • Best-in-class wear resistance
  • Ability to be autoclaved
  • AM photopolymer advantages without sacrificing part performance
HTS photopolymer material comparison

Applications for Fortify’s High Temp & Strength Resin

HTS at its core is another alternative for anyone looking for high strength, high-temperature part performance. Fortify’s HTS Resin is ideal for a range of 3D Printing applications, including:

  • Tooling
  • Jigs
  • Fixtures
  • End-Use parts

We now offer benchmark parts in HTS resin for you to evaluate.

HTS photopolymer for jigs fixtures and end use parts

Resources

Videos & Webinars

WEBINAR: Expanding the Processing Window of DLP Additive Manufacturing to Enable New Levels of End-Use Part Performance

WEBINAR: Expanding the Processing Window of DLP Additive Manufacturing to Enable New Levels of End-Use Part Performance

Tailoring Conductivity in Filled Photopolymers Using Fluxprint and CKM

Tailoring Conductivity in Filled Photopolymers Using Fluxprint and CKM

CKM: Enabling the Printing of the Highest Performing DLP Materials

CKM: Enabling the Printing of the Highest Performing DLP Materials

Innovation through Collaboration: Fortify’s Material Partnerships

Innovation through Collaboration: Fortify’s Material Partnerships

How Fluxprint Enables High-Performance Materials for 3D Printing

How Fluxprint Enables High-Performance Materials for 3D Printing

Fortify’s CKM and Fluxprint 3D Printing Technology

Fortify’s CKM and Fluxprint 3D Printing Technology

White Papers & Case Studies

White Papers

Overcoming Size Limitations The RF Impact of Segmentation and Assembly on 3D Printed Luneburg Lenses

Overcoming Size Limitations The RF Impact of Segmentation and Assembly on 3D Printed Luneburg Lenses

Expanding the Processing Window of DLP Additive Manufacturing

Expanding the Processing Window of DLP Additive Manufacturing

Applications Guide

Applications Guide

Case Studies

Joining Disparate 3D Printing Effective Media: Behaviors in X and Ka Bands

Joining Disparate 3D Printing Effective Media: Behaviors in X and Ka Bands

Articles

The Overmolding Dilemma – Common Pain Points of Prototype Overmolding

The Overmolding Dilemma – Common Pain Points of Prototype Overmolding

How to Improve Design Validation

How to Improve Design Validation

Rapid Review 2022: Living in a Material World

Rapid Review 2022: Living in a Material World

3D Printed High Temperature and High Strength Parts for Jigs, Fixtures, and End Use Parts

3D Printed High Temperature and High Strength Parts for Jigs, Fixtures, and End Use Parts

Fortify Launches the Most Rugged, High-temp ESD Material Available in AM, Powered by Loctite

Fortify Launches the Most Rugged, High-temp ESD Material Available in AM, Powered by Loctite

How Flux Developer Is Enabling the Advancement of Ceramic Materials for DLP 3D Printing

How Flux Developer Is Enabling the Advancement of Ceramic Materials for DLP 3D Printing

State-of-Technology Update On GRIN/Luneburg Dielectric Lenses/Antennas for Microwave/mmWave Applications

State-of-Technology Update On GRIN/Luneburg Dielectric Lenses/Antennas for Microwave/mmWave Applications

Top Factors in Successful Additive Manufacturing Applications

Top Factors in Successful Additive Manufacturing Applications

3D Printed Photopolymers Get an Upgrade

3D Printed Photopolymers Get an Upgrade

Are Composites the Next Big Thing in 3D Printing? A Retrospective on Formnext

Are Composites the Next Big Thing in 3D Printing? A Retrospective on Formnext

Nature Inspires Advanced Materials in Additive Manufacturing (Part 2)

Nature Inspires Advanced Materials in Additive Manufacturing (Part 2)

Nature Inspires Advanced Materials in Additive Manufacturing (Part 1)

Nature Inspires Advanced Materials in Additive Manufacturing (Part 1)

Keeping Your Mind (and 3D Printer) Open to New Material Solutions

Keeping Your Mind (and 3D Printer) Open to New Material Solutions

Choosing the Right Words (and Materials!) in Additive Manufacturing: Readers Poll

Choosing the Right Words (and Materials!) in Additive Manufacturing: Readers Poll

An Introduction to Digital Composite Manufacturing

An Introduction to Digital Composite Manufacturing

The Guide to Professional Additive Manufacturing Materials

The Guide to Professional Additive Manufacturing Materials

4 Reasons Why Composites Are Replacing Traditional Materials

4 Reasons Why Composites Are Replacing Traditional Materials