Parker派克拥有业内种类最多的快速接头产品, 涵盖通用型快速接头, 无溢流型快速接头(平齐端面), 高压快速接头, 螺纹连接快速接头等不同类型的数百种产品, 包括Rectus, Parker, Tema及Snap-Tite等多个知名品牌. 根据工作压力和应用场合不同，派克可提供碳钢、黄铜、不锈钢等多种材料，并配合多种表面处理方式。派克快换接头可选配不同材料的密封圈，如NBR, FKM, EPDM及PUR等。同时，多种快换配有双层密封圈，以保证可靠的密封性能。Parker is the largest quick coupling manufacturer in the world, providing quick disconnects and accessories that are appropriate for use in countless applications across widespread markets where hoses and fluid lines are connected and disconnected. Parker hydraulic couplings have a wide variety of designs,each tailored to a particular application or use.
Used in many industries, primarily for compressed air but also for connections with liquid media.
Available Materials: Brass, Steel, Stainless Steel and Thermoplastics
Single and Double Shut-Off Quick Connect Couplings
Quick Connect Safety Couplings
Self Venting Quick Connect Safety Couplings
Quick Connect Couplings made of Thermoplastic
Quick Connect Couplings for Water Applications
Quick Connect Couplings - RectuKey Couplers and Plugs are Compatible Based on Key and Color
- TEMA - Quick Connect Hydraulic Couplings
Among the best hydraulic connecting elements in the world. Tema quick connect couplings particularly stand out for their extremely low-pressure drop and maximum power transmission.
T Series - for low pressure drop and minimum flow loss
H Series - for harsh environments and severe working conditions - high flow rate, minimum pressure drop
FF Series - dry break quick connect with minimum pressure loss - single handed operation - no oil loss during uncoupling
IA Series - wide through-flow cross section - very small pressure drop
IB Series - pressure eliminator allows for coupling under static and residual pressure, up to operating pressure
IF Series - single handed operation - safety locking device to prevent unintentional uncoupling
HP Series - for use in industrial machinery - galvanized steel - high flow valve design - additional plug sealing via polymer valve casing - dust caps inclusive
TDG Series - for use in hydraulic systems where rotating joints are essential