text.skipToContent text.skipToNavigation
Ultrahigh-Purity Diaphragm Valves, ALD7 Series

Swagelok® Ultrahigh-Purity Diaphragm Valves for Atomic Layer Processing (ALD7 Series)

The Swagelok ALD7 ultrahigh-purity valve provides the flow consistency and capacity, actuator speed, temperature rating, and cleanliness necessary to help maximize chip throughput in new or existing semiconductor manufacturing tools.

Request ALD7 Valve Information

The Swagelok® ALD7 ultrahigh-purity diaphragm valve for atomic layer deposition (ALD) processing enables semiconductor tool manufacturers and chip fabricators to increase viable chip yields and enhances profitability by enabling the flow consistency and capacity, actuator speed, and performance at high temperatures necessary to overcome production processes limitations. It provides consistent performance from valve to valve, dose to dose, and chamber to chamber over an ultrahigh cycle life.

The Swagelok ALD7 valve:

  • Delivers quick, precise dosing over the course of millions of cycles in even the most demanding applications and features enhanced actuator technology with a response time as low as 5 ms
  • Is resistant to corrosive gases with a valve body comprised of proprietary ultrahigh-purity Swagelok 316L VIM-VAR stainless steel
  • Can be heated up to 200°C while keeping the pneumatic actuator below maximum operating temperature of 150°C
  • Delivers a flow coefficient (Cv) up to 0.7 (with optional custom (factory-set) versions available that deliver a flow coefficient of 0.5–0.7 Cv)
  • Maintains the same footprint as Swagelok industry-standard ALD valves and features an integrated thermal isolator to maximize limited space near the reaction chamber

See ALD7 Valves Up Close

ALD7 Valve Specifications

Working PressureVacuum to 145 psig (10.0 bar)
Burst Pressure>3200 psig (220 bar)
Actuation Pressure60 to 120 psig (4.1 to 8.27 bar)
Temperature RatingStandard valve body from 32°F (0°C) to 392°F (200°C)
Flow CoefficientStandard 0.7 Cv (factory set)
Body Materials316L VIM-VAR stainless steel
Diaphragm MaterialCobalt-based superalloy
End ConnectionsType: VCR® fittings, tube butt weld, 1.5 in. modular surface-mount high flow C-seal

Have questions about ALD valves?

Contact a Local Specialist

ALD7 Series Valves Catalogs

Locate detailed product information, including materials of construction, pressure and temperature ratings, options, and accessories.

ALD valves and manifolds

How to Solve Top ALD and ALE Semiconductor Processing Challenges

ALD and ALE semiconductor production processes come with some inherent challenges and complexities. Learn how the right selection of process valves can help you overcome them.

Select the Right Valves for ALD Challenges

Swagelok Resources Curated for You

Swagelok fluid system components are available in materials designed to last in semiconductor manufacturing environments.
Improve Semiconductor Yield with Optimized Alloys

Discover how semiconductor fabricators can improve end-to-end production yields and improve long-term profitability by selecting the right metals for critical fluid system components.

Карл Уайт (Carl White), обладающий почти 40-летним опытом работы на различных предприятиях, относящихся к цепи поставок в сфере производства полупроводников, рассказывает о прошлом, настоящем и будущем этой отрасли.
Вопросы и ответы. Полупроводниковое производство — вчера, сегодня, завтра

Узнайте, как сотрудничество между OEM-производителями оборудования, производителями микросхем и поставщиками решений для жидкостных и газовых систем позволило полупроводниковой отрасли десятилетиями придерживаться закона Мура, а также о том, куда двигаться дальше.

ローゼンダール・ネクストロム社とスウェージロックが業務効率化に向けて協業
光ファイバー装置メーカー、カスタマイズされたソリューションで効率アップを実現

ローゼンダール・ネクストロム社は、1980年代からスウェージロックのサポートを受けて、ビジネスを推進してきました。競合他社とは一線を画し、業界のトップを走り続けるローゼンダール・ネクストロム社のソリューション事例を紹介します。

希釈冷凍機メーカーのブルーフォース社は、スウェージロックの流体システム部品およびソリューションに信頼を寄せています。
最先端科学で信頼できる流体システム・ソリューション

フィンランドの希釈冷凍機メーカーであるブルーフォース社が、量子コンピューターや実験物理学などに欠かせない流体システム部品やソリューションに関して、スウェージロックに信頼を寄せている理由を紹介します。

This process may take several minutes. Please be patient and remain on the page.