M Cubed Technologies provides customers with material solutions using our advanced composite materials, manufacturing expertise, and application skills. The company’s materials specialists have also developed a variety of new, even more advanced materials targeting specific applications in the industrial wear, nuclear, armor, LCD glass, semiconductor capital equipment, chip manufacturing, solar, oil and gas and refractory industries. The Company’s products are tailored to satisfy specific application needs, using combinations of ceramics, carbon fibers, nano-materials, and various metals. The Company’s materials technology is scalable both in terms of high volume production and in the size and complexity of product shapes. This allows M Cubed’s material solutions to be developed and leveraged across various markets, creating economies of scale and sustainable competitive advantage. M Cubed’s material solutions provide the marketplace with products that improve performance and improve the return on investment for our customers.

Materials

II-VI M CUBED

921 MAIN STREET
MONROE, CT 06468
UNITED STATES
T. +1 203-452-2515
mcubed.sales@ii-vi.com

Reaction Bonded Ceramics

Metal Matrix Composites

Capabilities and Applications

Thermal Management

We offer the unique ability to create flow-through channels in high-precision ceramics to assist the even dispersion of heat, our ability to manufacture a wide variety of materials and shapes is used to create Thermal Management Devices to dissipate and manage heat sources from high end electronic and related applications. Sizes, shapes and 3D features are readily designed and manufactured to meet high demand applications.

M Cubed offers reaction-bonded boron carbide, aluminum-B4C metal matrix composites, and also a new, lower-cost boron carbide composite. All three of these compositions are typically less expensive than sintered boron carbide. Our ability to manufacture large, complex shapes that simply can’t be formed by traditional processes, allows our customers to design neutron absorption systems with fewer seams, creating easier installation and refurbishment processes.

In addition to our unique ability to create flow-through channels in high-precision ceramics to assist the even dispersion of heat, we manufacture a wide variety of materials and shapes that are used as Thermal Management Devices to dissipate and manage heat sources from high end electronic and related applications. Sizes, shapes and 3D features are readily designed and manufactured to meet high demand applications

Featured Product 


THERMADITE®

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  • IGBT Base Plates
  • Power Semiconductor Heat Sinks
  • Water-Cooled Heat Sinks
Optics

M Cubed manufactures mirrors, metering structures, for various optical applications in defense, aerospace and precision industry applications. Our unique, directly polishable SiC products serve the need for light-weight, low CTE precision applications. One of these unique, patented specialty materials is a RBSC composite that is engineered to allow the addition of flow-through channels, ideal for critical thermal management in the use of high energy laser mirrors.

Featured Products


OPTIMUM®

 

Related Products

  • Al/SiC MMC Mirrors
  • Mirror Substrates
  • Optics Housings
  • Directly Polished SiC Mirrors
  • Water Cooled Mirrors
  • Metering Structures
Armor Ceramics

M Cubed Technologies manufactures reaction-bonded boron carbide composites that have been used in over one million SAPI and E-SAPI torso plates for personnel protection to meet ever-increasing demands of ballistic performance, weight, and cost. In addition, several new materials and geometric concepts are being commercialized that will radically alter the options available to armor integrators and our military personnel.
Traditionally, ceramics have rarely been used in large armor panels for vehicle armor because of concerns with multi-hit performance. M Cubed has developed products that reduce the cost of typical vehicle armor systems, with new materials that allow larger panel sizes with unique shapes.
For Aviation Armor, M Cubed has developed and manufactured one-piece ceramic seats that have been integrated into multiple helicopter platforms. This same technology can be used to make any number of custom shapes in situations where tiled designs are either too expensive, or simply don’t perform adequately.

Related Products

  • Aviation Armor Tiles
  • Near Net Shape Seat Tiles (B4C, SiC)
  • Torso Tile Ceramics (B4C, SiC)
  • Vehicle Armor Tiles
Nuclear

M Cubed offers reaction-bonded boron carbide, aluminum-B4C metal matrix composites, and also a new, boron carbide composite. All three of these compositions perform favorably when compared to other materials. Our ability to manufacture large, complex shapes that can’t be formed by traditional processes, allows our customers to design neutron absorption systems with fewer seams, creating easier installation and refurbishment processes.

Related Products

  • Al/B4C MMC Structures
  • Neutron Absorbing Panels
  • Neutron Collimators
  • Reaction Bonded B4C structures
Semiconductor Equipment

M Cubed Technologies supplies the semiconductor industry with advanced ceramics for critical components used in front-end process equipment, as well as various key parts used in back-end processing of integrated circuits. Our Engineering and Design for manufacturability capabilities are routinely used by our customers to ensure competitive advantage. We offer a wide range of ceramic and MMC materials, allowing us to tailor CTE and thermal conductivity to match the needs of your application.

Quality, utility and consistency of our products, combined with attention to delivery schedules are our measures used to ensure customer satisfaction.

Featured Products

COGENTUM™

MESA®

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  • Wafer Arms
  • X & Y Beams
LCD Manufacturing Equipment

M Cubed manufactures high precision structural components for LCD capital equipment. Our materials offer superior strength/stiffness ratios, and can be manufactured in large complex shapes to tight tolerances. In addition, our processing capabilities allow for rapid, repeatable and cost effective capabilities that the LCD manufacturers require to meet consumer products demands.

Featured Products

COGENTUM™

MESA®

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  • Glass Chucks
  • Machine Bases
  • Stage Components
  • Stage Location Mirrors
  • X & Y Beams
Wear and Refractory

We serve a wide variety of wear, mining and refractory end-use applications with products ranging from burner tubes to much larger products on the order of several feet square. Our advanced forming techniques combine well with our Reaction Bonded technology to ensure precise wear characteristics as well as dimensional stability. Typical products include, but are not limited to, burner nozzles, conical diffusers, coal deflectors, jet mill liners, and burner elbows. Our capabilities offer unique size and shape flexibility, strength and reduced weight.

Related Products

  • Coal Power Plant Components
  • Glass Refractories
  • Mining Components
  • Oil & Gas Drilling Components
Quality & Environmental Management

ISO 9001:2015

921 Main Street, Monroe, CT 06468 United States
Design, Engineering and Manufacturing of High-Precision Ceramic and Metal Matrix Components Used in LCD Manufacturing, Semi Conductor Equipment and Optics Applications

 


 

ISO 9001:2015

1 Tralee Industrial Park, Newark, DE 19711, US
Scope: Design and Manufacture of Ceramic and Metal Composites for the following Products and Markets: Vehicle, Aerospace and Personnel Armor; Refractory and Wear Resistance; Neutron
Absorption; Thermal Management; and other Industrial Applications

II-VI Incorporated to Supply 200 mm Silicon Carbide Substrates under European Commission Program Horizon 2020

January 29, 2019
II‐VI Incorporated (Nasdaq: IIVI), a leading provider of silicon carbide substrates for power electronics, today announced that it will supply 200 mm silicon carbide (SiC) substrates under REACTION, a Horizon 2020 four year program funded by the European Commission. The goal of the Horizon 2020 program is to establish in Europe the world’s first 200 mm pilot production facility for power electronics based on SiC, an advancement from today’s standard of 150 mm. Through this program, the European Commission is...
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