Material brand
A technology brand with a PFAS-free, mineral-based advanced material identity.
- Zero binder · ionic fusion
- SEM evidence · NDA-gated
- Single pass · no multilayer
- PFAS-free
- Evidence-gated
A coating that fuses with metal —no binder.
Final reliability and lifetime depend on substrate, process, use environment and test conditions, and must be validated through application-specific PoC.
Eco-friendly, high-performance material-origin technology platform · built on a CAS-registered inorganic material
vs
✕ Delamination
Binder = weak interface
SAMUON fusion
✓ No delamination
Interface-free fusion
Where conventional coatings peel away, SAMUON becomes one with the metal.
Cross-sections are concept diagrams; measured SEM evidence is available via Evidence Package · NDA.
- Zero-peel fusion
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Source material
PFAS-free, mineral-based source materials
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Application data
Per-industry conditions and test data
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IP & know-how
Material/application patents and process know-how
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Licensing / JV deployment
Industry deployment via licensing, JV, co-development
Fusion Advantage
The costliest coating failure is delamination.
SAMUON does not merely improve adhesion. It removes the binder interface and designs out a core failure mode through mineral fusion.
Conventional coating
Adhesion- Primer / binder / multilayer
- Pore, crack & interfacial-separation risk
SAMUON fusion
Fusion- No binder
- Direct fusion with the substrate
- Targets a pore-free, crack-resistant fused interface
SEM image pending · NDA-gated evidence available
This visual is a conceptual fallback explaining adhesion versus fusion. Actual cross-section SEM evidence and test conditions are provided through the Evidence Package or NDA process.
- 01 Fusion No binder
- 02 No delamination Failure mode removed
- 03 Reliability Lifetime · uptime
- 04 Lower TCO Re-coating & downtime reduction potential
The interface is gone
Removes the binder third-phase and targets direct chemical/ionic fusion with the substrate.
The causes of delamination are removed
A structure that simultaneously reduces the core causes of delamination — weak interfaces, pores/cracks, and binder degradation.
The process is simpler
Reviews applicability based on a single-pass fusion process rather than repeated primer/multilayer steps.
“Delamination designed out” describes the mechanism of the binder-free fused structure; quantitative reliability and lifetime for each application depend on substrate, process, use environment and test conditions, and are confirmed through use-case PoC validation.
WHAT SAMUON OFFERS
What SAMUON offers
From source materials to data, IP, and a commercialization model — four ways to engage with SAMUON.
Source Material Platform
A source-material technology system, centered on a CAS-registered inorganic material, applicable across industries.
Application Data
Accumulated applicability, test, PoC, and validation data to support deployment decisions.
IP & Know-how
Built on IP and process know-how across materials, processes, and applied products/parts/devices.
Licensing / JV Model
An industry-deployment model via technology licensing, co-development, JV, and strategic partnership.
WHAT SAMUON IS
SAMUON is a material-origin technology platform
SAMUON is not a single product or one coating — it is an advanced material-origin technology platform spanning source materials, application data, patents and know-how, and the industrial deployment and commercialization models that carry them to market.
Source material / substance
Inorganic mineral-based source materials and formulations that deliver function.
Application data
Application data capturing per-industry conditions and test results.
Patents & know-how
Material and application patents plus process know-how as core commercialization assets.
Applied products / parts / devices
Deployed into products, parts, components, and devices across applications.
Licensing / JV / strategic partnership
Core models: technology licensing, joint ventures, co-development, and strategic partnership.
Selective B2C opportunities
Where it fits, selected consumer (B2C) products can be pursued as opportunities.
PFAS-FREE TRANSITION
The PFAS transition — time to evaluate alternative coatings
As PFAS regulation tightens worldwide, demand is growing for alternative formulations in functional surface coatings. SAMUON supports this transition technically through a PFAS-free, mineral-based approach.
Conventional
- Reliance on PFAS-based release/coatings
- Supply and usage uncertainty as rules change
- Limited validation data for alternatives
SAMUON approach
- PFAS-free, mineral-based formulation
- An alternative evaluation path aligned with regulation
- Evidence with stated test conditions, plus PoC
※ Substitutability depends on substrate, process, and required performance, confirmed through individual technical review and PoC.
TECHNOLOGY SNAPSHOT
Technology snapshot
The core technical directions of the SAMUON coating platform. Each item is a design goal premised on test conditions and application review.
PFAS-free formulation
Engineered around a mineral-based composition that delivers function without per- and polyfluoroalkyl substances (PFAS).
Mineral-based matrix
A coating matrix built on inorganic mineral components, targeting surface functionality and durability characteristics.
Low-adhesion surface
Designed to exhibit low surface adhesion under test conditions, relevant to release and cleanability evaluations.
Thermal behavior
Thermal behavior is characterized over a stated range; validation is required for each process condition.
Process compatibility
Application compatibility with the target substrate and line conditions is assessed through PoC.
Regulatory direction
Offers an alternative-formulation direction aligned with tightening PFAS regulation, on a technical-review basis.
TOTAL COST OF OWNERSHIP
The largest cost of coating failure is delamination
01
Potential to reduce delamination risk
02
Potential to extend re-coating cycles
03
Potential single-coat process simplification
04
PFAS-free transition readiness
05
Integrated hygiene, durability, protection
Actual TCO improvement depends on application environment, substrate, process, operating conditions, and maintenance standards, and requires individual PoC and test validation.
EVIDENCE
Evidence matrix
Key evaluation items and their test status at a glance. Detailed values and reports are provided via the technical data request.
| ID | Property | Indicator | Method / standard | Status |
|---|---|---|---|---|
| 01 | PFAS content | No intentionally added PFAS | By formulation design / analysis on request | Tested |
| 02 | Surface release | Low-adhesion behavior (qualitative) | In-house release test / stated conditions | Under evaluation |
| 03 | Abrasion resistance | Appearance/function after abrasion cycles | ASTM-type abrasion test (per condition) | Under evaluation |
| 04 | Thermal range | Stable behavior within stated range | Thermal exposure test / stated range | Under evaluation |
All values are derived under the stated test conditions and may vary by application environment. Detailed data is available on request via the technical data form.
INDUSTRY DEPLOYMENT
Industry deployment
Industries and product/part/device areas where SAMUON’s material-origin technology can be deployed. Suitability and business model per field are confirmed through application validation (PoC).
Cookware & kitchenware
A field to deploy the material technology where a PFAS-alternative release surface is required.
Industrial parts & molds
Deployable to mold and industrial-part surfaces where release and cleanability matter.
Appliances & consumer surfaces
Deployable to appliance and consumer surfaces needing cleanability and protection.
Mobility & mechanical parts
Deployable to mechanical-part surfaces under abrasion and chemical exposure.
Electronics & precision surfaces
Deployable to electronics components and devices needing precision protective or release surfaces.
New application proposals
New applications beyond the categories above can be explored for deployment and commercialization via technical review and PoC.
Material Fit Simulator
Check applicability for your case
Step through material fit, PoC readiness, and the evidence pathway for your application context.
WHY SAMUON
Trust & credibility
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CAS-registered substance
CAS RN 154948-26-2
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SAMUON™ Trademark Application
Trademark application filed
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PFAS-free Oriented
PFAS-free inorganic-based alternative
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Test-data Based Review
Review based on test-summary data.
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Application-specific Validation Required
Separate validation per use (food-contact, medical, water, semiconductor).
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NDA-based Disclosure
Confidential materials only after NDA
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Licensing · JV · Co-development
Licensing · co-dev · JV · strategic partnership
※ All performance statements are evidence-based; food-contact, medical, water, and semiconductor uses require separate certification and safety validation.
SAM ALLIANCE
Accelerating Industrial Deployment through SAM Alliance
Beyond the material itself, SAMUON accelerates domestic and global deployment through SAM Alliance — advancing validation, pilots, joint IP, certification, and commercialization together with industry, universities, research institutes, public agencies, and investors.
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