2026 LEAP Awards Honor New Industrial Materials

Winning materials offer toxic-free coatings and cost-saving electrical connectors for 2026 industrial manufacturing.

Updated on Oct. 29, 2026 in Materials Science

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The 2026 LEAP Awards recognized innovations in material science, including safer nickel-molybdenum alloy coatings and sustainable recycled composites for maritime manufacturing. AI Illustration. Upload story photo >

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The 2026 LEAP Awards have recognized three material science innovations, including Maxterial's MaxShield coating, which eliminates toxic heavy metals. This product, alongside new electrical and marine solutions from TE Connectivity and Supersede, highlights a shift toward safer and more efficient industrial materials.

Why it matters

These developments offer concrete alternatives to traditional manufacturing materials, addressing toxic chemical reliance and high production costs. By winning industry recognition, these materials signal a growing commercial push to standardize safer, high-performance replacements for legacy industrial processes.

MaxShield achieves its performance through a nickel-molybdenum alloy deposited via conventional DC electroplating. This composition provides superior wear resistance and energy savings without the need for hexavalent chromium or PFAS additives.

The players

Maxterial

A materials science company focused on developing high-performance, non-toxic coatings for industrial and manufacturing applications.

TE Connectivity

A global technology company specializing in sensors and connectors for harsh environments, automotive, and industrial markets.

Supersede

A materials firm that produces sustainable, recycled alternatives to traditional building and marine materials.

Thunder Jet

A marine vessel manufacturer that has integrated sustainable, recycled polypropylene materials into its current model lineup.

The details

MaxShield uses a nickel-molybdenum alloy to replicate the hardness of traditional chrome without toxic additives like hexavalent chromium or lead. The silver-winning IDC solution from TE Connectivity connects aluminum magnet wire using Displacement Connector (IDC) technology, which uses a proprietary plastic encapsulation to seal connections from oxidative environmental factors. Meanwhile, Supersede’s bronze-winning board utilizes extruded post-industrial recycled polypropylene to provide a sustainable alternative for maritime applications.

Timeline

  1. 2026: The LEAP Awards honored recipients for advanced materials innovations.

The Tech Race

The 2026 LEAP Awards highlights how specific industrial material benchmarks are shifting away from toxic chemical reliance. These winners represent the latest efforts to modernize legacy manufacturing sectors that remain heavily dependent on chromium and traditional wire connections.

Manufacturers can now evaluate MaxShield and the IDC solution for immediate integration into industrial supply chains to reduce chemical exposure and costs. While the marine board is already in use by Thunder Jet for 2026 models, other industrial applications remain subject to individual manufacturer adoption cycles.

The takeaway

These awards provide a clear set of proven alternatives to toxic and inefficient industrial materials. Watch for updated technical white papers from the winners to evaluate if these coatings and connectors meet the specific environmental stresses of your own manufacturing workflows.

Further reading

Explore the latest developments in Materials Science to understand the broader trends in industrial innovation.

Source note: This article includes information reported by Design World.

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Do you trust recycled industrial materials to perform as reliably as traditional wood or metal?