Noga Polymer Innovations

High-Performance Polymers for Demanding Conditions

Industrial Technologies
Private

Company Overview

Snapshot

Founded in November 2020 by Michael Burshtine, Shlomo Magdassi, and Eitan Grossman, Noga Polymer Innovations operates with 1–10 employees. The company secured Pre-Seed funding in January 2023 from Earth & Beyond Ventures, marking a key early investment in its advanced materials development.

Business overview

Noga Polymer Innovations specializes in developing high-performance polymer (HPP) formulations designed for demanding environments across various sectors, including space, aviation, and automotive. The company's core technology focuses on HPPs that offer superior properties, eliminate traditional trade-offs, and are compatible with 3D DLP printing. These next-generation HPPs are engineered for both molding and 3D printing applications, with some formulations already space-validated and featuring self-healing capabilities. Noga Polymer Innovations operates within the Industrial Technologies sector, with a strong focus on Material Innovations & Applications, Space Tech, and Climate Tech, particularly in sustainable materials and circularity.

Company Intelligence Q&A

When was Noga Polymer Innovations founded?
Noga Polymer Innovations was founded in November 2020.
Who are the founders of Noga Polymer Innovations?
The company was founded by Michael Burshtine, Shlomo Magdassi, and Eitan Grossman.
What is Noga Polymer Innovations' primary focus?
Noga Polymer Innovations specializes in developing cutting-edge high-performance polymer (HPP) formulations for demanding conditions in sectors like space, aviation, and automotive.
Which investor participated in Noga Polymer Innovations' Pre-Seed funding round?
In January 2023, Noga Polymer Innovations received Pre-Seed funding from Earth & Beyond Ventures.
How does Noga Polymer Innovations contribute to climate tech?
Noga Polymer Innovations' 3D printing of HPPs enables on-the-spot part production, reducing transportation costs and emissions, and allows for designs that use less material and create lighter parts, contributing to sustainable materials and circularity.