Sustainable Materials Technology
Reinventing ITO
Production for a Low-Carbon, Scalable Future
M4GT’s circular, ammonia-free technology reduces production costs by over 30% and carbon emissions by ~80% — industrially validated with LT Metal, the world’s second-largest ITO producer.
30%+
Lower production cost vs.
conventional ITO
~80%
Reduction in CO₂
emissions
TRL 6
Technology validated,
advancing to TRL 8
#2
Global ITO partner —
validated with LT Metal
ITO Sputtering Target
🔬
In₂O₃ · SnO₂
Market Opportunity
ITO Demand Is Growing Across Core Electronics Markets
Unlike most transparent materials, Indium Tin Oxide enables glass and plastic to conduct electricity while remaining optically transparent. Every major electronics segment is expanding.
16.4%
Solar Cells
CAGR 2024–2030 · Grand View Research
7.26%
Flat Screens
CAGR 2025–2030 · Mordor Intelligence
8.1%
Touch Screens
CAGR 2024–2030 · Maximize Market Research
13.84%
Smart Glass
CAGR 2024–2030 · Market Research Future
The Problem
A critical material powering global technology — yet no scalable, sustainable way to produce it
⚡
Costly Production
Current ITO production is expensive, driven by high material costs and significant energy and utility requirements at every stage.
📉
Inefficient Processes
Existing methods lose 30–40% of indium and tin through production and recycling — wasting a critical and geopolitically sensitive material at every stage.
🏭
High Carbon & Chemical Footprint
Conventional production is energy-intensive and ammonia-based, generating high CO₂ and chemical waste increasingly incompatible with EU regulatory requirements.
The Solution
Built on decades of research, M4GT enables sustainable, cost-efficient ITO production
💰
Cost-Efficient & Sustainable Production
M4GT’s ITO process reduces material and energy use, enabling lower-cost production with minimal new capital expenditure through a single integrated closed-loop system.
♻️
High Yield & Minimal Waste
Closed-loop architecture achieves near-complete recovery of indium and tin, versus 30–40% material loss in conventional methods.
🌿
Low-Carbon, Ammonia-Free
Eliminating ammonia and operating at lower temperatures cuts CO₂ emissions by approximately 80% versus conventional ITO manufacturing.
Technology Readiness Level 6 · Advancing to TRL 8 · Industrial deployment targeted 2028
Strategic Partnership
Fast-Tracking Market Entry Through Strategic Partnership
Immediate validation, rapid deployment, and scalable global expansion through our partnership with LT Metal — the world’s #2 ITO producer.
Industrial Validation at Scale
Partnered with LT Metal, the world’s #2 ITO producer, M4GT has achieved industrial-level validation. Post-financing deployment establishes the reference site and converts validation into recurring licensing revenue.
Proven Economics: Lower Cost, Lower Carbon
Joint implementation confirms premium-quality ITO with materially reduced raw material cost, energy, and emissions — validating commercial viability at scale.
Built for Rapid Global Rollout
M4GT’s replicable licensing model enables regional producers to adopt the technology without additional capital expenditure, building a resilient, low-carbon global ITO supply chain.
Traction & Validation
Customer demand, strategic partnerships, and early revenue momentum
10+
Letters of Intent signed — strong customer interest across Europe and global markets
Term Sheet
Signed with LT Metal — world’s 2nd-largest ITO producer
OEM
Sample deliveries validated with Midsummer, LT Metal, and Reliance
$175K
Revenue · $1.5M pipeline — commercial readiness confirmed, 2025
Why M4GT
Customer Value Proposition
Enabling partners to significantly increase profitability through efficient, circular, and low-carbon ITO production.
🔗
Integrated Process
Virgin and recycled materials in a single closed-loop flow, eliminating losses from separate recycling steps.
🏭
Factory-Ready
Modular, licensable design integrates into existing facilities with minimal capital expenditure. No new factory required.
⚡
Low Energy
Operates at lower temperatures, significantly reducing energy use and CO₂ versus conventional ITO processes.
📈
High Yield
Near-complete recovery of indium and tin, avoiding the 30–40% material loss in traditional production.
✅
Simplified Flow
Fewer process steps and optimised powder handling reduce labour, utilities, and operating costs.
“
At Mat4Green Tech, sustainability is integrated into everything we do to create long-term value. It starts with enabling our customers to reduce their emissions and conserve resources — because that’s where we can have the biggest impact. It then extends to our own operations, to our suppliers, and to the areas in which we operate. We strive to be a role model in sustainable production.
Nils Bågenholm
Founder & CEO, Mat4Green Tech AB
Nils Bågenholm
Founder & CEO
Founder & CEO
Insights
Insights from the Frontier of Critical Materials
Perspectives on sustainable production, Europe’s material supply chain, and the technology reshaping advanced manufacturing.


