SALD BV

Website

www.spatialald.com

Services

In app support

Scalable Spatial ALD Technology

SALD is a pioneering company specializing in Spatial Atomic Layer Deposition (Spatial ALD) technology, an advanced method for creating ultra-thin, highly conformal films with atomic-level control over thickness and composition. While traditional Atomic Layer Deposition (ALD) is renowned for its precision in computer chip manufacturing, it typically suffers from slow deposition speeds.

SALD's core innovation lies in its Spatial ALD technology, which drastically accelerates the deposition process. This proprietary technology, initially developed by TNO scientists, increases production speed by 5 to 10 times, and with plasma-enhanced deposition, can achieve 100-300 times faster rates compared to conventional ALD, all while maintaining superior coating quality. This breakthrough enables maximum throughput and optimal coating performance at the lowest possible costs.

Spatial ALD facilitates continuous Sheet-to-Sheet (S2S) and Roll-to-Roll (R2R) processes, operating efficiently at atmospheric pressure. This makes it highly scalable for large areas and flexible substrates, offering an industrially proven and cost-efficient solution for mass production. The company provides a range of solutions, including sampling for testing, R&D systems, and high-volume production systems, ensuring a seamless transition from laboratory development to industrial fabrication.

SALD's technology addresses critical needs across major growth markets within the power systems and energy industry. Key applications include enhancing battery technology through advanced anode and cathode coatings for higher capacity and improved safety, optimizing solar energy solutions with improved passivation layers for perovskite technology, and advancing green hydrogen initiatives through superior fuel cell, electrolytic cell, and membrane coatings. Additionally, SALD's solutions are vital for developing high-performance barrier layers and packaging, contributing to the circular economy by reducing waste and improving material functionality and chemical stability.

Locations

• Eindhoven, North Brabant