Corporate Overview and History
60 Years of combining diverse materials to deliver interconnect and material solutions that enable our customers’ success.
Sheldahl Flexible Technologies, Inc., a wholly owned subsidiary of Flex Ltd., is a US-based company that has been delivering reliable, flexible and printed electronics for over 60 years. Our state-of-the-art equipment enables design for manufacture solutions, which helps to optimize our customers cost/benefit equation.
Through vertical integration, we offer thin, lightweight electronics that will conform and adapt to the needs of your products form and use. Sheldahl has expanded its flexible circuit strong-hold by establishing a positive reputation for reliability, quality, and cost from Tier two, Tier one, and OEMs in nearly every market around the world. Utilizing additive (printed), subtractive (etched), or hybrid technologies, we provide the required reliability in a cost-effective solution.
Combining Diverse Materials with Technology and Automation
Sheldahl has expanded its flexible circuit strong-hold by establishing a positive reputation for reliability, quality, and cost from Tier two, one, and OEMs in nearly every market around the world. Utilizing additive (printed), subtractive (etched) or hybrid technologies, we provide the required reliability in a cost-effective solution.
- Wireless Connectivity
- Dense Packaging
Operations of Multek in the U.S. and Philippines have been rebranded as Sheldahl Flexible Technologies Inc., a Flex Company.
Q-Prime: A proprietary circuit technology with thermally conductive adhesive and a thin composite structure.
Bus Bond® a family of insulation materials used as inner and outer layers in the production of laminated busbars is introduced to the market.
Roll-to-Roll “PEDOT” (Poly(3,4-ethylenedioxythiophene)) screening printing offered to the marketplace.
Sheldahl high volume roll-to-roll ITO patterning and screen printing capability is established
Sheldahl is purchased by Multek
Sheldahl provided the world’s first roll-to-roll of patterned ITO material for the display market.
Sheldahl introduced a family of ITO films to the market under the trademark: ACCENTIA®
Sheldahl introduced ComClad™ HF a family of high-frequency laminates designed for use in the wireless communications market.
ViaGrid® was developed. A Novaclad® based microcircuit substrate with a pattern of either uniform or custom placed conductive holes.
Novalink® a multilayer circuit constructed with Novaclad® or Novaflex® and Z-Link® adhesive was introduced to the market.
Novaclad® a copper on film flexible material was introduced. The Novaclad® was produced by vapor depositing copper directly onto the surface of a polyimide film and then additional copper is plated to the desired thickness.
Sheldahl introduced Z-Link® an inter-connective circuitry system based on an adhesive that conducts electricity only in the Z (vertical) axis.
.Sheldahl acquired Cirtel / Cirpak of Irvine, CA and Nashua Flexible Circuits of Nashua, NH from BMC’s Interconics.
Sheldahl acquires Symbolic Displays Inc. of Irvine, CA to increase the scope and depth of our capabilities.
Sheldahl patents unidirectional tape. A splicing system for the joining the butt ends to abrasive materials.
FLEXSWITCH®, a new line of membrane switches was introduced for use in office equipment and appliances.
The Viking unmanned spacecraft landed on Mars.The bioshield that kept the spacecraft sterile during its journey was built by Sheldahl and included the signatures of the Sheldahl employees that produced it.
The company’s name was changed to Sheldahl, Inc. to make it easier to spell and pronounce the company name.
Schjeldahl provides thermal control materials in response to an emergency repair needed on the Skylab.
Schjeldahl’s flexible circuits were used by Western Electric to produce the Trimline telephone.
Pageos 5 a 100-ft diameter satelloon produced with Schjeldahl materials was launched.
Schjeldahl participated in the Voyager program.
The satellite Pegasus was sent to orbit. The meteoroid detector panels were fabricated by Schjeldahl through vacuum deposition and lamination.
Production of “Schjel-Flex”, a line of precision-etched flexible circuitry processed in roll-to-roll form using “Schjel-Clad” materials.
ECHO II is fabricated using Schjeldahl materials.
ECHO I the 100-foot passive satellite (“satelloon”) that was produced by Schjeldahl was launched.
Company constructs a 540-foot long air-supported building which came to be known as the “Schjel-mile”
Sheldahl was established as G.T. Schjeldahl Company by Gilmore T. “Shelly” Schjeldahl. The newly formed company produced bag-making machines.