A.T. Wall to Feature Welded Feedthrough Tubes, Sidewall Frames, and Stamped Products at Sensors Expo & Conference

Summary of A.T. Wall to Feature Welded Feedthrough Tubes, Sidewall Frames, and Stamped Products at Sensors Expo & Conference


A.T. Wall Company is showcasing new welded drawn thin-walled feedthrough tubes, side wall frames for microelectronic circuit packages, and coined/stamped headers and bases at Sensors Expo 2010 in Rosemont, Illinois. These products serve telecommunications, electronics, photonics, precision mechanics, and aerospace sectors, offering cost-effective solutions for various order volumes.

Parts used in the A.T. Wall Project:

  • Welded drawn thin-walled feedthrough tube
  • Side wall frames for microelectronic circuit packages
  • Coined headers
  • Stamped bases
  • Tubular side wall frames

Warwick, RI (PRWEB) June 8, 2010

A.T. Wall Company, a world-class supplier of superior precision tubing and fabricated metal components, announces that it will be showcasing its new welded drawn thin-walled feedthrough tube capabilities at the Sensors Expo and Conference, June 7th – 9th, 2010 at the Donald E. Stevens Convention Center, Rosemont, Illinois. A.T. Wall will also be exhibiting its side wall frames for microelectronic circuit packages, and coined and stamped headers and bases.

 

A. T. Wall has expanded its capabilities into the welded feedthrough market and is looking forward to showing customers its increased offerings, ideal for use in sensors and sensor integrated systems, said Donna Parker, A.T. Walls director of sales. We can respond cost effectively to small, medium, and large volume orders for welded precision small diameter feedthrough tubes, which are used for solving sensing solution design challenges in telecommunications, electronics, photonics, precision mechanics, and aerospace applications.

 

The feedthrough tubes, with outer dimensions from 0.011 to 1.18 inches, are available in stainless steel, nickel and nickel alloys; other metals are available upon request. They can be supplied in coils, straight lengths, or cut parts, in wall thicknesses from 001 to 0.08 inches.

 

Tubular side wall frames for microelectronic circuit packages will also be on display at A.T. Walls booth. The side wall frames are ideal for hermetically sealed flat packs that demand restrictive dimensional tolerance and precise metallurgical qualities. Using a unique manufacturing process, A.T. Wall is the only side wall frames manufacturer capable of producing Kovar

Quick Solutions to Questions related to A.T. Wall Project:

  • Where is the Sensors Expo and Conference taking place?
    The event is held at the Donald E. Stevens Convention Center in Rosemont, Illinois.
  • What applications utilize the welded precision small diameter feedthrough tubes?
    They are used in telecommunications, electronics, photonics, precision mechanics, and aerospace applications.
  • What materials are available for the feedthrough tubes?
    The tubes are available in stainless steel, nickel, and nickel alloys with other metals upon request.
  • Can the feedthrough tubes be supplied in different forms?
    Yes, they can be supplied in coils, straight lengths, or cut parts.
  • What is the outer dimension range for the feedthrough tubes?
    The outer dimensions range from 0.011 to 1.18 inches.
  • Why are tubular side wall frames ideal for hermetically sealed flat packs?
    They demand restrictive dimensional tolerance and precise metallurgical qualities.
  • Is A.T. Wall unique in manufacturing side wall frames?
    Yes, it is the only manufacturer capable of producing Kovar side wall frames using a unique process.
  • Who is the director of sales mentioned in the announcement?
    Donna Parker is the director of sales for A.T. Wall.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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