Transforming

Critical Metals

Smarter Metals.
Stronger Materials.
Sustainable Industry.

We turn rare-earth and precious metals into high-performance nanopowders - unlocking efficiency, circularity and supply resilience for advanced industries.

Transforming

Critical Metals

Smarter Metals.
Stronger Materials.
Sustainable Industry.

We turn rare-earth and precious metals into high-performance nanopowders - unlocking efficiency, circularity and supply resilience for advanced industries.

Smaller particles. Bigger impact.

At the nanoscale, surface area increases sharply - delivering up to 100x more reactive surface per gram compared to conventional micron-sized powders.

This allows you to use less material while boosting efficiency, speed, and circularity.

This means you can use significantly less metal to achieve the same or better performance of high-tech products - while lowering costs, reducing waste, and building more resilient supply chains.

Raw materials are scarce. Innovation must adapt. ChemReclaim helps you get more from less.

Smaller particles. Bigger impact.

At the nanoscale, surface area increases sharply - delivering up to 100x more reactive surface per gram compared to conventional micron-sized powders.

This allows you to use less material while boosting efficiency, speed, and circularity.

This means you can use significantly less metal to achieve the same or better performance of high-tech products - while lowering costs, reducing waste, and building more resilient supply chains.

Raw materials are scarce. Innovation must adapt. ChemReclaim helps you get more from less.

Our Expertise

We specialize in nanopowders and thin-film coatings made from rare-earth oxides and precious metals. Engineered for high-performance and next-generation applications.

Nanopowders

Controlled particle size range and tailored composition, available in mono- and multi-metallic formats.

Thin-film coatings

High-performance coatings that enhance product lifetime, efficiency and resilience. Available as mono- or multi-layer structures.

Material versatility

Broad range of rare-earth oxides and precious metals, engineered for specific use-cases.

Our Expertise

We specialize in nanopowders and thin-film coatings made from rare-earth oxides and precious metals. Engineered for high-performance and next-generation applications.

Nanopowders

Controlled particle size range and tailored composition, available in mono- and multi-metallic formats.

Thin-film coatings

High-performance coatings that enhance product lifetime, efficiency and resilience. Available as mono- or multi-layer structures.

Material versatility

Broad range of rare-earth oxides and precious metals, engineered for specific use-cases.

Advanced Nano Powders and Coatings

for Next-Gen Applications

Our nanopowders and thin-film coatings deliver both technical performance improvements and clear business value. Here’s how each feature benefits your product - and your bottom line:

Product Advantage

Customer / Business Value

Stronger adhesion

Less repair & maintenance

Lower sintering temperature

Energy & cost savings

Improved strength

Lighter components, extended durability

Increased conductivity

Better thermal/electrical performance

Reduced metal usage

Lower costs, less dependency

Book a discovery call

Where Smart Materials Meet High-Stakes Industries

Industries we serve:

Aerospace

Lightweight solutions, thermal barriers, structural reinforcement, corrosion resistance

Semiconductors

Energy & Hydrogen

R&D & Advanced Manufacturing

Where Smart Materials Meet High-Stakes Industries

Industries we serve:

Aerospace

Lightweight solutions, thermal barriers, structural reinforcement, corrosion resistance

Semiconductors

Energy & Hydrogen

R&D & Advanced Manufacturing

Where Smart Materials Meet High-Stakes Industries

Industries we serve:

Aerospace

Lightweight solutions, thermal barriers, structural reinforcement, corrosion resistance

Semiconductors

Energy & Hydrogen

R&D & Advanced Manufacturing

Secondary source of metals

Through smarter recovery from technogenic waste

Why ChemReclaim

From red mud to spent catalysts, technogenic waste contains valuable metals. ChemReclaim helps you unlock them — sustainably, efficiently, and close to home.

Circular by design

We recover high-value metals already present in your process.

Circular by design

We recover high-value metals already present in your process.

Circular by design

We recover high-value metals already present in your process.

Smarter sourcing

Reduce dependency on mined or imported critical materials.

Smarter sourcing

Reduce dependency on mined or imported critical materials.

Smarter sourcing

Reduce dependency on mined or imported critical materials.

ChemReclaim technology reclaims valuable elements - like Scandium - from industrial byproducts. It’s not mining. It’s upgrading what you already have.

Let’s turn your waste stream into a strategic material source.

Vision

Every gram counts.

We envision a future where every gram of metal is used better - reclaimed, refined, and engineered for performance, circularity and resilience.

At ChemReclaim, we’re reshaping how materials fuel the future.

Vision

Every gram counts.

We envision a future where every gram of metal is used better - reclaimed, refined, and engineered for performance, circularity and resilience.

At ChemReclaim, we’re reshaping how materials fuel the future.

Mission

We turn metal scarcity into strength.

ChemReclaim helps advanced industries do more with less — by engineering high-performance nanomaterials and reclaiming critical metals from industrial waste.

Smarter inputs. Stronger materials. Sustainable sourcing.

Mission

We turn metal scarcity into strength.

ChemReclaim helps advanced industries do more with less — by engineering high-performance nanomaterials and reclaiming critical metals from industrial waste.

Smarter inputs. Stronger materials. Sustainable sourcing.