Copper Clad Substrate

Products/Services for Copper Clad Substrate

• 
  Printed Circuit Substrate Materials (PCB / PWB) - (158 companies)

  Printed Circuit Substrate Materials (PCB/PWB). Printed circuit materials have copper-clad surfaces for the fabrication of electronic and electrical circuitry on printed circuit boards (PCBs), printed wiring boards (PWB) and flexible circuits... Search by Specification | Learn More

  Type:

  • Film / Flexible Substrate
  • Rigid

  Embedded Passives (Capacitance / Resistance)?

  • Required
  • Must Not Have

  RF / Microwave Laminate?

  • Required
  • Must Not Have
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  RF and Microwave Laminates - (31 companies)

  ...retardants for UL-V0, PTFE and woven-glass products do not. RF and microwave laminates are usually clad with copper, but are also available with heavy-metal claddings such as brass, copper, and aluminum. Dimensions such as length and thickness... Search by Specification | Learn More
• 
  Bimetals and Clad Alloys - (54 companies)

  Bimetals and clad alloys consist of two or more different alloy layers that are integrally bonded together; usually into a metal plate, strip, sheet, or other stock shape. How to Select Bimetals and Clad Alloys. Bimetals and clad alloys consist... Search by Specification | Learn More
• 
  Dielectric Ceramics and Substrates - (148 companies)

  ...or cylinder, sputtering target, wafer or substrate and custom or application specific forms. Features of dielectric ceramics and substrates include stack or multilayer composite, electrical or high voltage, glaze or protective coating, metallized... Search by Specification | Learn More
• 
  Copper, Brass, and Bronze Alloys - (527 companies)

  Copper, brass, and bronze alloys are non-ferrous metals with excellent electrical and thermal conductivity as well as good corrosion resistance, ductility and strength. How to Select Copper, Brass, and Bronze Alloys. Copper, brass, and bronze alloys... Search by Specification | Learn More
• Cathode Emitters and Filaments - (19 companies)

  In a sputtering system, positive argon ions impinge on the target attached to the cathode. Target ions are dislodged and transported to the substrate for deposition. Sputtering cathode sources typically incorporate magnetrons to produce strong electric... Search by Specification | Learn More
• Coating Services - (1720 companies)

  ...are applied to part surfaces; most methods are specific to certain coatings and substrate materials. Anodizing. Anodizing is an electrocoating process that involves the use of negatively charged particles to increase the thickness of a metal's natural oxide... Search by Specification | Learn More
• Resurfacing, Recoating, and Refinishing Services - (287 companies)

  ...include aluminum, copper alloys, iron, cast iron, nickel alloys, precious metals, steel alloys, stainless steel, or titanium. Non-metal substrates are typically made of ceramic, glass, plastic, polymer, or wood. Service Location. In addition to the types... Search by Specification | Learn More
• Interposers - (10 companies)

  ...in the motherboard. Other connective devices use frame-to-board alignment techniques. Selecting interposers requires an understanding of mating specifications and features. Most products are designed to mate with FR-4, ceramic, and flexible substrates... Learn More
• Ceramic Sheets and Boards - (49 companies)

  Ceramic sheets and boards are stock shapes available as solid plates, slabs, and substrates. The board or plate may consist of a ceramic fiberboard product, a dense sintered ceramic plate, or a precast cement bonded slab. Dimensional specifications... Search by Specification | Learn More

Product News for Copper Clad Substrate

• 
  STACI
  Aluminum Clad PCB

  From standard technology to the complex, high-density circuits that incorporate the latest manufacturing and product technology, STACI can meet all your Printed Circuit Board needs. This includes prototype, quick turn, and production volumes. Our comprehensive product line spans rigid circuits, high-performance interconnects, backplanes, Al-Clad and steel-based PCBs, Flex and Flex-Rigid circuits. Our facilities are ISO 9002 certified and some of them are also QS9000 certified. STACI has... (read more)
• 
  Sherwin-Williams Protective & Marine Coatings
  Fast Clad™ DTM Urethane

  Fast Clad ™ DTM urethane equals the performance of a two-coat, conventional epoxy/urethane system in a single coat. With just one coat, this high build, fast-drying urethane minimizes downtime and returns assets to service quickly. Fast Clad DTM Urethane dries in one hour to a corrosion-resistant finish with excellent color and gloss retention. It may even be applied at temperatures as low as 35º F, extending the painting season. (read more)
• 
  Sherwin-Williams Protective & Marine Coatings
  Fast Clad™ HB

  Fast Clad ™ HB is a single-component, high build acrylic that cuts costs in new construction or maintenance projects by eliminating the need for two or three coat systems. Fast Clad HB can be applied over a variety of other primers or directly to prepared steel and offers outstanding early moisture resistance. In just one hour at 77º F, it dries to a chemical and corrosion resistant finish with superior gloss and color retention. This fast turnaround coating is ideal for use in the power... (read more)
• 
  Sherwin-Williams Protective & Marine Coatings
  Fast Clad® ER Epoxy

  CLEVELAND, Ohio (May 23, 2007) - Sherwin-Williams Industrial and Marine Coatings Fast Clad ER® Epoxy Pipeline Coating provides improved edge retention and a faster cure time than conventional epoxies and allows pipeline coating repairs to be made quickly and easily that significantly minimizes downtime. In addition to standard packaging, Fast Clad ER is also available in pre-loaded cartridge mixing systems which are ideal for easy repairs and small jobs -- reducing waste, and improving mixing... (read more)
• 
  SOURIAU PA&E
  Explosively Welded Metal Clad Tubes

  Frequently, material that would work the best for one specific element of the design is lacking in properties required by other elements of the design. For example, a material may exhibit good corrosive resistance, electrical conductivity, or thermal conductivity, yet be lacking in the strength, hardness, weldability, or wear resistance required by the final design. Explosive bonding of metals allow design engineers to place a certain material exactly where they need it in the design, without... (read more)

Parts by Number for Copper Clad Substrate