Our high-vacuum large pendulum valves offer a superior solution for large-diameter, space-constrained vacuum systems. Engineered for low-particle performance and high reliability, these valves support a wide range of pressures from 5×10⁻⁸ Pa to atmospheric pressure. With customizable options including heating/cooling modules and multiple pneumatic drive configurations, they are the perfect choice for demanding applications in semiconductor, LCD, and thin-film coating industries.
This high-performance pneumatic pendulum valve is engineered for ultra-high vacuum environments (5×10⁻⁸ Pa to 1×10⁵ Pa). With its compact, low-vibration, and low-particle design, it provides reliable isolation for semiconductor processes, vacuum coating, and research equipment. Featuring modular maintenance, customizable heating/cooling options, and universal flange compatibility, it is the premier choice for space-constrained, high-purity vacuum systems.
This high-performance vacuum throttle valve is engineered for precise linear flow regulation and downstream pressure stability in demanding vacuum environments. Utilizing a unique counter-rotating blade mechanism, it minimizes conductance loss while providing exceptional control repeatability. Designed for semiconductor production, thin-film processes, and research applications, it features a compact, low-profile build and full compatibility with major flange standards.
This high-performance high vacuum butterfly valve is engineered for ultra-high vacuum environments (5×10⁻⁸ Pa to 1×10⁵ Pa). It features a lightweight, compact design with rapid response and precise flow regulation capabilities. Ideal for semiconductor CVD/ALD processes, vacuum coating, and research applications, it supports multiple drive options (electric/pneumatic), various flange standards (ISO-KF, CF, etc.), and customizable sealing materials to ensure long-term reliability in demanding industrial vacuum systems.
Our High Vacuum T-Type Transfer Valve is engineered for demanding UHV and cleanroom environments. Featuring a versatile 3-way configuration for flow diversion and isolation, this valve provides low outgassing, zero leakage, and long-cycle reliability. Ideal for semiconductor manufacturing, vacuum coating, and research applications, it supports automated control and high-temperature baking to ensure optimal system performance.
Our high-performance J-type transfer valve is engineered for ultra-high vacuum (UHV) environments, offering a compact, space-saving design with exceptional sealing reliability. Built from high-grade stainless steel or aluminum, it supports bakeable operations, low outgassing, and long-cycle maintenance-free performance, making it the ideal choice for semiconductor manufacturing, vacuum coating, and advanced research facilities.
Our high-vacuum S-type transfer valve is engineered for ultra-high vacuum (UHV) environments requiring low flow resistance and high cleanliness. Featuring a streamlined S-shaped design, it minimizes turbulence and particle accumulation, making it perfect for semiconductor, thin-film deposition, and research applications. With options for metal or rubber seals, bakeable capabilities, and long-cycle durability, this valve provides a reliable, maintenance-free solution for critical vacuum process control.
Our High Vacuum L-Type Transfer Valve is engineered for demanding ultra-high vacuum (UHV) environments. With a space-saving 90-degree design, low-outgassing stainless steel construction, and versatile sealing options (FKM/Metal), this valve provides reliable, particle-free isolation for semiconductor manufacturing, thin-film deposition, and research vacuum systems. It supports automated control and offers an extended service life, making it the ideal choice for high-precision vacuum applications.
Our high-vacuum large pendulum valves offer a superior solution for large-diameter, space-constrained vacuum systems. Engineered for low-particle performance and high reliability, these valves support a wide range of pressures from 5×10⁻⁸ Pa to atmospheric pressure. With customizable options including heating/cooling modules and multiple pneumatic drive configurations, they are the perfect choice for demanding applications in semiconductor, LCD, and thin-film coating industries.
This high-performance pneumatic pendulum valve is engineered for ultra-high vacuum environments (5×10⁻⁸ Pa to 1×10⁵ Pa). With its compact, low-vibration, and low-particle design, it provides reliable isolation for semiconductor processes, vacuum coating, and research equipment. Featuring modular maintenance, customizable heating/cooling options, and universal flange compatibility, it is the premier choice for space-constrained, high-purity vacuum systems.
This high-performance vacuum throttle valve is engineered for precise linear flow regulation and downstream pressure stability in demanding vacuum environments. Utilizing a unique counter-rotating blade mechanism, it minimizes conductance loss while providing exceptional control repeatability. Designed for semiconductor production, thin-film processes, and research applications, it features a compact, low-profile build and full compatibility with major flange standards.
This high-performance high vacuum butterfly valve is engineered for ultra-high vacuum environments (5×10⁻⁸ Pa to 1×10⁵ Pa). It features a lightweight, compact design with rapid response and precise flow regulation capabilities. Ideal for semiconductor CVD/ALD processes, vacuum coating, and research applications, it supports multiple drive options (electric/pneumatic), various flange standards (ISO-KF, CF, etc.), and customizable sealing materials to ensure long-term reliability in demanding industrial vacuum systems.
Our High Vacuum T-Type Transfer Valve is engineered for demanding UHV and cleanroom environments. Featuring a versatile 3-way configuration for flow diversion and isolation, this valve provides low outgassing, zero leakage, and long-cycle reliability. Ideal for semiconductor manufacturing, vacuum coating, and research applications, it supports automated control and high-temperature baking to ensure optimal system performance.
Our high-performance J-type transfer valve is engineered for ultra-high vacuum (UHV) environments, offering a compact, space-saving design with exceptional sealing reliability. Built from high-grade stainless steel or aluminum, it supports bakeable operations, low outgassing, and long-cycle maintenance-free performance, making it the ideal choice for semiconductor manufacturing, vacuum coating, and advanced research facilities.
Our high-vacuum S-type transfer valve is engineered for ultra-high vacuum (UHV) environments requiring low flow resistance and high cleanliness. Featuring a streamlined S-shaped design, it minimizes turbulence and particle accumulation, making it perfect for semiconductor, thin-film deposition, and research applications. With options for metal or rubber seals, bakeable capabilities, and long-cycle durability, this valve provides a reliable, maintenance-free solution for critical vacuum process control.
Our High Vacuum L-Type Transfer Valve is engineered for demanding ultra-high vacuum (UHV) environments. With a space-saving 90-degree design, low-outgassing stainless steel construction, and versatile sealing options (FKM/Metal), this valve provides reliable, particle-free isolation for semiconductor manufacturing, thin-film deposition, and research vacuum systems. It supports automated control and offers an extended service life, making it the ideal choice for high-precision vacuum applications.
