Posted in | News | Iron and Steel

Semicon West: HAM-LET Launches New, Enhanced Stainless Steel 316L Material

HAM-LET, a leading global manufacturer of instrumentation valves and fittings for industrial and high purity applications, is launching PuRight™ - a new, enhanced stainless steel 316L material at Semicon West, during 8-10 July, booth no. 1539.

Ultra Fast (UF) Series: "Outstanding durability and low maintenance, as it offers over 100 million life cycles. The UF series meets the demand for high-precision diaphragm valves that can perform accurately and repeatedly over an extremely large …

PuRight™ material - an enhanced version of 316L Stainless Steel - offers, lower inclusion content, low Carbon content for enhanced welding, low Sulfur content for enhanced electro-polishing and better corrosion resistance achieved by modification of key elements, such as: chromium (Cr), Molybdenum (Mo) and Nickel (Ni).

"Our newly-developed PuRight™ material is far more resistant to corrosion than previously available materials and less likely to pit than conventional 316L stainless steel," said Felix Shestatski, VP Quality, Engineering and R&D at HAM-LET. "PuRight™ material is designed to achieve optimum surface quality after mechanical or electro-polishing processes. It is compatible with the SEMI-F20 standard, as well as with ASTM-A276 and ASTM-A479/ASME SA479 standards".

The new product features superior resistance to pitting and crevice corrosion - especially in the presence of free-Chloride (Cl-) ions - and with its inherent properties, demonstrates improved performance in strongly-oxidizing acid media.

PuRight™ material should prove beneficial for use in applications within the semiconductor industry, where corrosive materials are utilized.

"This uniquely-designed alloy has a clear advantage in use for pressure or flow control devices, such as valves, fittings etc. With its excellent welding characteristics and meaningfully-high values of CPT, as well as high ratios of Cr/Fe and CrOx/FeOx, PuRight™ material should prove highly attractive to manufacturers of Ultra High Purity (UHP) products and is particularly well suited for use in the semiconductor industry," Shestatski concluded.

HAM-LET is also releasing its new Ultra Fast (UF) Diaphragm Valve for Atomic Layer Deposition and fast switching applications, at Semicon West in San Francisco, booth no. 1539, from 8-10 July.

"Our UF's unique flow adjustment mechanism, patent pending no. US 61/910,79, allows for exceptional flow tuning during operation," said Eran Pintel, VP Marketing and Sales at HAM-LET.

"Another advantage of our UF diaphragm valve is its outstanding durability and low maintenance, as it offers over 100 million life cycles. The UF series meets the demand for high-precision diaphragm valves that can perform accurately and repeatedly over an extremely large number of cycles, required by ALD applications," said Pintel.

The optional extended bonnet and cooling fin provide a superb solution when precise and repeatable performance in high-temperature applications is required. The UF series offers superior sealing performance and remarkable durability in hazardous environments, under severe demands of ultra fast actuation at high purity applications.

HAM-LET will showcase a live demonstration of the UF series at Semicon West 2014, booth no. 1539.

Source: http://www.ham-let.com/

Tell Us What You Think

Do you have a review, update or anything you would like to add to this news story?

Leave your feedback
Your comment type
Submit

While we only use edited and approved content for Azthena answers, it may on occasions provide incorrect responses. Please confirm any data provided with the related suppliers or authors. We do not provide medical advice, if you search for medical information you must always consult a medical professional before acting on any information provided.

Your questions, but not your email details will be shared with OpenAI and retained for 30 days in accordance with their privacy principles.

Please do not ask questions that use sensitive or confidential information.

Read the full Terms & Conditions.