Advanced Molecular Engineering

Surface Intelligence.
Engineered to Last.

AIMS Coating Technology — Redefining corrosion resistance, electrical performance, and thermal stability for the industries of tomorrow.

Certified by KTL SGS KITECH AOV CTI CEPREI

The Hidden Cost of Conventional Coatings

Legacy industrial coatings fail to meet the rigorous demands of new-energy applications, leading to premature systemic failure and astronomical replacement costs.

report_problem

Corrosion Failure

Metallic bipolar plates in fuel cell environments face aggressive acidic conditions. Standard plating leads to pinhole corrosion and catalyst poisoning.

payments

High Material Cost

Heavy reliance on Platinum Group Metals (PGM) creates supply chain volatility. Cost-effective alternatives often sacrifice long-term electrical conductivity.

speed

Performance Limits

Traditional ENIG processes suffer from 'Black Pad' risks and low thermal stability beyond 200°C, restricting use in next-gen semiconductors.

Core Technology

Amorphous Iridium Multi-layer System

AIMS is a proprietary amorphous Ni+Ir alloy that eliminates the grain boundaries found in crystalline coatings.

By engineering at the molecular level, we've created a barrier that is fundamentally impenetrable by corrosive ions. This "Amorphous" state provides uniform surface energy, exceptional hardness, and near-zero porosity, surpassing gold-standard industry benchmarks by factors of 1,000.

HV 655

Surface Hardness

0.377

mΩ/sq Resistivity

450°C

Thermal Stability

12x

Less Porosity

1/1,058

Corrosion Rate

ZERO

Particle Gen

AIMS vs. Conventional ENIG

Feature	Conventional Gold (ENIG)	AIMS Technology
Cost Efficiency	High (Gold Dependant)	30-50% Reduction
Hardness (HV)	HV 150 ~ 250	HV 655
Black Pad Risk	High Occurrence	Zero Risk
Service Life	5 - 10 Years	30+ Years (Est.)
Process Temperature	~90°C (Unstable)	450°C Max Stability
Compliance	RoHS/FDA	RoHS/FDA Certified

Precision Engineering Applications

Global impact across mission-critical high-performance sectors.

energy_savings_leaf

Hydrogen Fuel Cell Stacks

Superior bipolar plate coating ensuring 20,000+ hours of operation without degradation in PEMFC systems.

memory

Semiconductor Equipment

Zero-particle generation surface treatment for wafer handling systems and cleanroom robotics.

developer_board

PCB & Electronics

A reliable alternative to gold plating for fine-pitch interconnects, preventing oxidation and whitening defects.

heat_pump

Plate Heat Exchangers

Antifouling and anti-corrosion protection for high-efficiency heat transfer in marine and chemical environments.

flight_takeoff

Hydrogen Fuel Cell Drones

Lightweight, high-conductivity coatings for long-endurance flight stacks in extreme weather conditions.

factory

Industrial & Marine Infrastructure

Corrosion protection for factory equipment, pipelines, ship hulls, and offshore structures exposed to harsh chemical and saltwater environments.

Global Standards & Trust

KTL KITECH SGS FDA AOV CTI/CEPREI

Integrating with Enterprise Leaders

SAMSUNG

HYUNDAI

XIAOMI

Ready to Upgrade Your Product?

Speak with our engineering specialists to discuss your specific technical requirements and performance targets.

Corporate Entity

ASP Corporation

Technical Support

aspcorporationkorea@gmail.com

Inquiry

+82-70-8065-2810

Surface Intelligence.Engineered to Last.