A-LOK® Inch Tube NPT Female Elbow - 1/4"
Instrumentation Tube Fitting - 90° Elbow NPT Female Elbow for use with Inch Tubing
Parker
THIS IS PARKER
Engineering Your Success
Parker Hannifin is a Fortune 250 global leader in motion and control technologies. For more than 100 years the company has engineered the success of its customers in a wide range of diversified industrial and aerospace markets. Parker’s engineering expertise and broad range of core technologies uniquely positions the company to help solve the world’s greatest engineering challenges.
PARKER A-LOK® Series
- The Tube Fittings are designed as leak-free connections
- Can be used on instrumentation, process and control systems and analysers
- Suitable for chemical, petroleum, power generating and pulp, and paper plan
A-LOK® - The Twin Ferrule Fitting
Parker’s A-LOK® two ferrule compression tube fittings are designed to provide reliable leak-free connections for instrumentation, process and control, and analyzer applications that specify a two ferrule system.
1/4" Double Ferrule Tube Fitting
The Parker A-LOK® tube fitting is designed as a leak-free connection for the most demanding process and instrumentation applications.
A-LOK® Inch Tube Union Tee - ET
Compression tube fitting for quick, reliable fabrication of tubing assemblies for Instrument, Hydraulic, and Pneumatic applications.
A-LOK® Inch Tube Bulkhead Union - BC
A-LOK compression tube fitting featured double-ferrule design for providing a tight seal on tube & body, even after continuous reassembly
DesignSpark is the home of our engineering community
It's an online platform which allows passionate engineers to share ideas and find resources or tools to help with their projects.
Discover the benefits of EPA methodology
Choosing the right motor control system is crucial when you are building an energy-efficient pumping system. The EPA or Extended Product Approach will help.
Optimize Hydraulic Controls for Industry 4.0
New technologies allow engineers to optimize their hydraulic systems like never before.