Pioneering Nano-Ceramic Coating Technology

The Global Coating Standard for Fire Safety, Heat Dissipation & Sustainability

With world-class nano-ceramic inorganic coating technology, GinnoLab delivers fire safety and energy efficiency at the same time.

1,000℃+
Flame / heat blocking temperature
21%
Heat dissipation improvement
100%
Inorganic & eco-friendly
2021
Steady growth since founding
About Us

A New Standard for Safety and Efficiency

Since its founding in 2021, GinnoLab has been setting a new benchmark for industrial safety in Korea with nano-ceramic inorganic coating technology.

Patented Technology

3 registered patents and 1 pending application.

Research Partnerships

Collaboration with national energy & ceramic research institutes.

Enterprise Validation

PoC programs underway with major global corporations.

Expert Advisory

Advised by a former CEO of Samsung Electronics.

The Problem

Why Inorganic Coatings Matter

The limitations of conventional organic synthetic-resin coatings are putting industrial sites at risk.

Fire Vulnerability

Organic coatings are weak against heat, accelerating fire spread in logistics centers, ESS facilities, and battery systems.

223,997Building & fire incidents per year

Toxic Gas Emission

In a fire, organic coatings release toxic gases that are fatal to humans, increasing casualties.

₩1.05TAnnual damage scale

Environmental Harm

VOC emissions cause pollution and make it difficult to comply with tightening ESG regulations.

2025Global ESG regulation in full force

Conventional organic coating

Burns through, spreads the fire, and releases toxic gas.

GinnoLab inorganic coating

Blocks flame above 1,000℃ — zero toxic gas, substrate protected.

Technology

GinnoLab Nano-Ceramic Inorganic Coating

A graphene + nano-ceramic matrix structure secures every advantage — fire resistance, heat dissipation, corrosion resistance, and sustainability.

Non-Combustible

Complete flame/heat block above 1,000℃

Heat Dissipation

Energy savings through thermal blocking

Corrosion Resistant

Waterproof performance via nano-ceramic tech

Eco-Friendly

Zero VOC / heavy metals, fully inorganic
1,000℃+ flame & heat blocked Efficient heat dissipation

Inside the Coating

Hover over each layer to see how the graphene + nano-ceramic matrix works.

Graphene sheet

Forms heat-conduction and radiation paths.

Nano-ceramic filler

Heat- and corrosion-resistant ceramic skeleton.

Inorganic binder matrix

Non-combustible structure bonding every component.

Substrate

Metal or material surface being protected.

Core Inorganic Binder Technology

  • Precise control of 8 raw materials and 320 variable parameters
  • 12-hour reaction process at 80–90℃
  • Optimized inorganic material composition and mixing ratios
  • Step-by-step quality management system across the process

Manufacturing Process Excellence

  • Micro/nano particularization of ceramic fillers
  • Perfect binder–ceramic bonding technology
  • High-speed homogeneous mixing via homogenizer
  • Precise particle-size management
Products

Product Lineup

Customized coating solutions tailored to the diverse needs of our customers.

BEST SELLER

Nano-Ceramic Non-Combustible Coating

Blocks flame and heat above 1,000℃ with zero toxic gas in a fire. Outstanding durability provides a near-permanent fire-protection zone effect.

✓ Non-combustible ✓ One-component ✓ Spray applicable
HIGH PERFORMANCE

Nano-Ceramic Heat-Dissipation Coating

21% better performance than conventional heat sinks, with thermal conductivity above 4 W/mK and emissivity above 0.85 — optimized for electronics thermal management.

✓ Heat dissipation ✓ High emissivity ✓ Insulating
Validation

Validated Performance

Proven to deliver industry-leading performance through PoC programs with major corporations.

6°
Temperature reduction vs. uncoated heat sink
3°
Additional improvement vs. competitor coatings
21%
Performance gain vs. existing thermal pads
64→1
Ranked #1 in a major-enterprise PoC

Heat-sink surface temperature reduction

Uncoated
0℃
Competitor coating
−3℃
GinnoLab
−6℃

Temperature reduction vs. an uncoated heat sink, measured in a major-enterprise PoC.

Working Alongside Trusted Partners

Global Electronics Corp.
Global Tech Corp.
Korea Institute of Energy Research
Korea Institute of Ceramic Engineering & Technology
ESG

Committed to Responsible, Sustainable Growth

GinnoLab practices environmental, social, and governance standards across every part of our operations.

“GinnoLab will become a trusted company that upholds environmental, human rights, and ethical standards while delivering industrial fire safety and energy efficiency.” — Jinho Yoon, CEO

Environment

We assess environmental impact across the full product lifecycle, practice 3R resource circulation, and target No Net Loss of biodiversity by 2030.

Social

We operate a grievance and workplace harassment reporting channel and a voluntary labor-management council, with health & safety compliance checks twice a year.

Governance

Our Code of Ethics guides customer protection and fair trade, backed by transparent board records and formal document management.

ESG Officer: Gibeom Kwon · +82 10-8965-7458

Insights

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Contact

Building a Safer Future, Together

Product inquiries, quote requests, technical consulting — reach out about anything, anytime.

Address

Room 203, 22 Sicheong-ro, Wonju-si, Gangwon-do, Republic of Korea

Phone

+82 33-984-2448

Fax

+82 504-958-1746

Email

ceo@ginnolab.com

Request a Quote