Medthin™ 18 TiAlCN

TiAICN coating for medical instruments & hospital hardware

Medthin 18 TiAlCN is a multi-layer coating with a TiCN top layer. The carbon in the top-layer of the coating accounts for further coating strength and it’s pink colour. Medthin 18 TiAlCN has high wear and impact resistance, as well as superior adhesion and is an excellent chemical barrier. This makes it an ideal coating for medical instruments and hospital hardware.  Its high resistance to alkaline and acidic cleaning and sterilization cycles makes it a superior alternative to chrome plating on surgical and dental instruments. Medthin 18 TiAlCN is deposited at temperatures between 150 °C and 450 °C. The wide range of temperatures allows for a variety of materials to be coated to suit the substrate materials without impacting part geometries and bulk material properties.

Technical data

 

Material Description

Titanium Aluminium Carbon Nitride

Applicable on the following materials¹

all Stainless Steels, Titanium and Aluminium Alloys

Technologies of deposition

PVD

Colour

Pink

Thickness [µm]

1.5 to 4.5

Structure

Polycrystalline

Oxidation Resistance

Medium

Cleaning and Sterilization Resistance

Medium, all methods allowed

Antireflection

Medium

Electrical Conductivity

Conductive

Antibacterial properties

Not measured

Nanohardness [GPa]

22 to 30

Young Modulus [GPa]

300 to 450

Friction coefficient²

0.3

Adhesion Scratch Test, LC3 [N]

>30

Adhesion Rockwell or Mercedes test³

ISO Class 1.2 / HF1-4

Roughness Ra (as coated) [nm]

~100

Corrosion resistance – Neutral Salt Spray

Max 30min

Biocompatibility data for instruments

Passed ISO 10993-5, ISO 10993-10

MSDS

Delivered per request

MAF at FDA in the USA4

None to date

Most popular applications

Colour coding of instruments, bone cutting

¹for any other material please contact ionbond
²against 100Cr6 steel ball
³Method either by ISO 26443 or VDI 3198
4MAF reference - authorization letter can be supplied to customers. More extensive biocompatibility data is part of the MAF
The values given are approximations and may vary depending on the application, environmental factors and test protocols.