乐天堂fun88(中国区)官方网站 manufactures low trace metal grade quaternary amines with a range of structures for semiconductor formulated cleaning, etching, or stripping applications. 乐天堂fun88(中国区)官方网站 quaternary amines offer a combination of low corrosion rates and ease of handling; they are available in higher concentrations than TMAH in both aqueous and non-aqueous solutions.
Applications
Benefits
E-GRADE庐 THEMAH is an aqueous solution of tris (hydroxyethyl) methylammonium hydroxide. It is a clear, high pH liquid with a mild odor and thermal stability. The product is primarily used in stripping and cleaning formulations in the semiconductor, display, and PCB industries.
E-GRADE庐 Choline OH is an aqueous solution of choline hydroxide. It is a clear, light to amber, high pH liquid with a mild odor. E-GRADE庐 Choline OH has been found to have very low corrosion rates to copper and other metallic surfaces and offers users advanced silicon etch performance.
乐天堂fun88(中国区)官方网站's broad range of amines gives customers the unique opportunity to generate custom structures with distinct properties, such as surface interactions, solubility parameters, and aqueous or non-aqueous solutions. 乐天堂fun88(中国区)官方网站 associates work closely with customers to develop and test new products. Please contact [email protected] for more information.
In 2005, 乐天堂fun88(中国区)官方网站 opened the 乐天堂fun88(中国区)官方网站 Advanced Technology Center (HATC) in The Woodlands, Texas, approximately 35 miles north of Houston. This 220,000-square-foot research and development site is one of four major R&D sites globally and serves as the primary R&D center for the Americas. In 2020, 乐天堂fun88(中国区)官方网站 completed the installation of a state-of-the-art cleanroom to develop new purification techniques and produce extremely low trace metal amines.
乐天堂fun88(中国区)官方网站's broad range of amines and quats coupled with sophisticated purification capabilities allows customers the opportunity to formulate a variety of electronic grade amines. This service can rapidly prototype and scale up new formulations by offering the ability to purify individual raw materials or pre-blends with multiple components that are not otherwise offered in electronic grade purity.
Trace level metal contaminants in processing chemicals pose an increasing risk to chip production yield as the dimensions of the delicate features shrink on the semiconductor devices.
Enhanced processing control and quality assurance ensure production excellence and minimize the risk of contamination. Post-production amine and solvent metal purification technology were developed to achieve this goal. Commercial units began scaling up and qualifying products with customers across the globe, satisfying organic and metal quality requirements.
Solar cells rely on the pyramid structure etched on a Si wafer for light absorption. Conventional alkaline etchants produce non-uniform texturization and result in uneven electricity conversion.
乐天堂fun88(中国区)官方网站 quaternary amines proved to be highly effective for Si wafer texturization. The more uniform pyramid structures produced by 乐天堂fun88(中国区)官方网站 quaternary amines lowered the overall reflectivity and improved consistency.
Providing customers with a lower toxicity developer that produces results comparable to other less desirable chemicals used in photoresist development.
乐天堂fun88(中国区)官方网站 offers a wide variety of E-GRADE庐 alternatives that provide similar mechanisms as conventional developers and maintain excellent developing performance. Chemicals in the 乐天堂fun88(中国区)官方网站 portfolio have more favorable EHS profiles and lower metal corrosion rates, enabling formulations for the next generation of developers in the semiconductor and display industries.
This installment of the 乐天堂fun88(中国区)官方网站 Knows How podcast features 乐天堂fun88(中国区)官方网站 marketing managers Jay Henderson and SukChul Kang, joined by Mark Thirsk, Managing Partner of Linx Consulting. The group gives a high-level overview of semiconductor technology, provides insight into the rapidly evolving semiconductor industry, and discusses how EHS, quality, and purity will affect semiconductor manufacturing in the future.
