Thin film materials

From display panels to AI semiconductor chips — precision thin-film materials by LT Metal.

Overview

Metal Target Overview

Today’s semiconductor interconnects and display electrodes demand finer features, lower resistance, and higher reliability. Building on high-purity refining and plastic working technologies, LT Metal offers a wide range of target materials—from interconnect materials such as Cu, Mo, Ti, and Al to precious metals such as Ag, Au, and Pt—covering single metals as well as alloys and other special specifications, all backed by thorough quality control to meet our customers’ expectations.

Industry Product Composition Purity Shape Main Applications
Display Ag Pure & Alloy 4N5 or higher Planer & Rotary
Pellet & Granule & Disk
OLED Anode & Cathode
Cu Pure 4N5 or higher Planer & Rotary Gate, S/D interconnects
Mo Pure 3N5 or higher Planer & Rotary Barrier, Capping
Ti Pure 3N5 or higher Planer & Rotary Barrier, Capping
Al Pure & Alloy 4N or higher Planer & Rotary S/D interconnects, reflective electrodes
Cr Pure & Alloy 4N or higher Planer & Rotary Photo Mask
Semiconductor Ta Pure 4N5 or higher Planer Diffusion barrier
CuMn On request 6N or higher Planer Interconnect film
Au Pure 4N5 or higher Planer Bumping
Cu Pure 4N5 or higher Planer & Rotary EMI-Shield
SUS 304L, 316L 3N or higher Planer & Rotary EMI-Shield
Ni Pure 3N5 or higher Planer Back-end
Pt Pure 4N or higher Planer Wafer deposition

Why LT Metal

Three engineering capabilities

Global customers choose LT Metal because our engineering capability in composition, structure, and reliability delivers the performance and quality they specify. That is our core strength.

We engineer composition.

The alloy composition and impurity level of a target directly determine the electrical and optical properties of the film. LT Metal analyzes your deposition conditions — temperature, pressure, and power density — and engineers a target with the composition to match.

We engineer structure.

Our proprietary technology synthesizes the powders for ITO and other functional targets in-house, so particle size distribution, oxygen content, and sintered density are engineered from the start. The result is a target structure that suppresses particle generation and arcing.

We engineer reliability.

We do more than supply material. We engineer a reliability support system around your deposition process: process condition reviews, prototype evaluation, and root-cause analysis when problems arise.

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