Advanced Materials R&D.
We developed a revolutionary moldable, pourable chemical material that possesses a unique combination of extreme properties — addressing multi-billion-dollar global markets from our laboratory in Budapest, Hungary.
Our Mission
To bring a breakthrough material to the markets that need it most — construction safety, fireproof housing, marine environmental protection, and sustainable construction — through a full technology asset transfer to a strategic corporate partner positioned to deploy it at global scale.
Scientific Rigor
Every performance claim is demonstrated, not projected. The 900°C fire test, the 36–40 hour demolding cycle, the water-expelling oleophilic dual property — all validated in our Budapest laboratory.
Permanent Protection
The irreversible chemical reaction that produces BRE-LAK Powder is also its strongest IP protection. The final product is chemically and mathematically proof against reverse engineering.
Real-World Impact
No more oil slicks. No more burnt-down houses. Easier defense against wildfires. The applications are not theoretical — they address active, urgent global problems.
The Opportunity
BRE-LAK Powder addresses four multi-billion-dollar global markets with a single validated material. The technology is available for full acquisition — formula, production process, and know-how — by a strategic corporate leader positioned to deploy it at scale.
Passive Fire Protection (PFP)
Global PFP market exceeding $5B annually. BRE-LAK Powder's 900°C resistance with a 4 cm application directly addresses structural steel protection in high-rise and industrial construction.
Fireproof Modular Housing
Tongue-and-groove interlocking panels demolded in 36–40 hours. Thermal-bridge-free, vapor-permeable, fireproof construction — bypassing the 28-day concrete cycle entirely.
Marine & River Oil Spill Response
Water-expelling and oleophilic — water is pushed out from within, oil is absorbed. A direct solution to oil contamination on the open sea, rivers, and harbours; containment of tanker accident consequences; and protection of coastal and riverside infrastructure against industrial oil pollution. No equivalent material currently exists at scale.
Sand-Free Construction
Zero sand required. Addresses the global construction industry's critical river sand depletion crisis and opens markets in regions where desert sand renders conventional concrete unusable.
Steel-Frame High-Rise Protection
Applied at 3–4 cm thickness directly onto structural steel beams, BRE-LAK Powder fully protects them from fire damage — while its lightweight nature meets modern architectural requirements for load-efficient construction.
Lightweight Panel Housing
Enables rapid prefabricated panel construction — thermally insulated, acoustically insulated, vapor-permeable, thermal-bridge-free, and fireproof. A modern revival of fast prefab housing, without the old compromises.
Disaster Response & Civil Defense
Mobile fire barrier walls, floating solar panel platforms, houseboats, and government emergency procurement — BRE-LAK Powder addresses state-level civil defense and environmental protection contracts.
The Solution
Waterproof Concrete
With BRE-LAK powder, waterproof concrete can be produced — suitable for foundations, underground garage construction, solving the problems of water-flooded buildings, and displacing water. In the Benelux countries where water accumulates under houses, flooded basements can be restored to a reusable condition.
Business Offer & Partnership Terms
The BRE-LAK Powder project has been entirely self-funded to date — no external capital or investors have been involved. To accelerate market entry, we are seeking a partner under the following structure:
Full Formula & IP Transfer
The buyer acquires the exact chemical and material composition of BRE-LAK Powder, the dosing technology, and the complete manufacturing know-how.
Patent Rights Included
Since the material is not yet under patent protection, the buyer is entitled to initiate the global patent process in their own name — thereby securing a worldwide market monopoly.
Self-Funded — No Prior Investors
The project has been entirely self-financed. The acquiring entity enters as the first and sole strategic partner, with full rights to commercialize globally.
Why Partner Now
All four applications have been validated in the Budapest laboratory. Performance metrics are demonstrated, not projected.
Irreversible chemical reaction makes the final product proof against reverse engineering. No patent required — and no public disclosure of the formula.
Formula, production process, and know-how are available for full acquisition. No licensing — a complete technology asset transfer to the acquiring entity.
One material, four validated applications across construction safety, housing, environmental protection, and sustainable construction.
Request a Meeting
We are in active discussions with strategic acquirers in the construction safety and advanced engineering sectors. To receive the full technical brief and initiate a confidential discussion, please submit your inquiry below.
Budapest, Hungary
R&D Laboratory
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We respond to all inquiries within 48 hours. For urgent matters, please indicate this in your message.