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Carbon-Based

Conductive Pigments

These carbon-based conductive pigments, both micron-sized powders and nano-sized suspensions, are to be used for the production of a variety of conductive inks, paints, and pastes from proprietary carbon-based feedstocks. Industry standard, expensive base materials, such as silver are at least 50% more expensive than these products. These costly base materials are replaced with our electrically conductive product materials that will reduce cost, weight, and curing times.

Minus 100’s conductive products can be included in, but not limited to:

  • Electronic Circuits

  • Heating Elements

  • Radio Frequency Identification (RFID) tags

  • Photovoltaic Components

  • Electronic Displays

  • Keyboards

  • Lighting

  • Household appliances

  • Enhancement of electrical, thermal, and optical properties of final printed material

  • Conductive Pigments for inks, paints, and pastes.
     

Carbon allotropes, specifically treated for increasing electrical conductivity of coatings, may play an important role in offering an alternative to the use of metallic particles and carbon-black. These new conductive carbon allotropes will provide an economic option both in cost and overall weight where these concerns are mission critical.

potential end use applications:

Electronics and Electrical Applications

  • Resistors and potentiometers

  • Transistors and diodes

  • Integrated circuits

  • Printed memory devices

  • Electromagnetic components (inductors, transformers, etc.)

  • Printed antennas

  • Flexible printed electronics

  • Wearable electronics components

  • Printed sensors for various applications (humidity, strain, pH, etc.)

  • RFID antennas and tags for tracking identification

Energy Storage

  • Ultracapacitors

  • Batteries for electric vehicles

  • Battery electrodes for improved performance and conductivity

  • Energy storage systems for renewable energy applications

  • Power transmission and distribution applications

Antistatic Applications

  • Packaging materials (bags, films, bubble wrap, etc.)

  • Clothing and fabrics for static control in sensitive environments

  • Electronics manufacturing (ESD protection, cleanroom environments)

  • Explosive and hazardous environments (chemical plants, mining operations, etc.)

  • Medical and healthcare environments (operating rooms, laboratories, etc.)

EMI/RFI Shielding

  • Communication equipment (mobile phones, tablets, laptops, etc.)

  • Data centers and server rooms

  • Aerospace and aviation electronics

  • Military and defense applications (radars, communication systems, etc.)

  • Industrial machinery and equipment

  • Automotive electronics and components

3D Printing

and Additive

Manufacturing

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  • Functional prototypes with embedded electronics

  • Wearable devices and accessories

  • Customized electronic components and housings

  • Circuitry for Internet of Things (IoT) applications

  • Flexible electronics and sensors

  • Electrical connectors and interconnects

Conductive Inks

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  • Printed circuit board (PCB) manufacturing

  • Touch-sensitive controls and buttons

  • Printed heaters and heating elements

  • Smart packaging with interactive features

  • Biosensors and medical diagnostic devices

  • Automotive interior and dashboard controls

Conductive Adhesives and Tapes

  • Bonding electronic components (surface mount devices, connectors, etc.)

  • Repairing circuit traces on PCBs

  • EMI shielding gaskets and seals

  • Grounding solutions for electronics

  • Conductive tapes for electrical connections and grounding

Automotive and Transportation

  • Electric vehicle components and systems

  • Sensors and actuators in automotive applications

  • Conductive coatings for electromagnetic compatibility (EMC)

  • Interior lighting and display systems

  • Electric charging infrastructure

Wearable Electronics and Textiles

  • Smartwatches and fitness trackers

  • Smart clothing for monitoring health and biometrics

  • Textile-based sensors for sports and fitness applications

  • Flexible circuits in garments and accessories

  • Biomedical monitoring devices (ECG, EEG, etc.)

Medical and Biomedical Applications

  • Electrodes for medical diagnostics (EEG, ECG, EMG, etc.)

  • Implantable devices with electrical connectivity

  • Neurostimulation and neuromodulation systems

  • Drug delivery systems with electronic controls

  • Wearable medical devices for remote monitoring

Aerospace and Defense

  • Satellite components and communication systems

  • Avionics and aircraft electronics

  • Radar-absorbing materials (stealth technology)

  • Conductive coatings for static dissipation on aircraft surfaces

  • Military equipment and electronic systems

Consumer Electronics and Appliances

  • Touchscreens and displays for smartphones, tablets, and laptops

  • Printed circuits and conductive traces in televisions and monitors

  • Conductive coatings for electromagnetic interference (EMI) reduction in electronics

  • Membrane switches and touch-sensitive controls in appliances

  • Printed heaters in appliances such as coffee makers, hair dryers, and irons

  • Printed antennas for wireless communication devices

  • Printed sensors for home automation systems, such as motion sensors and temperature sensors

  • Printed circuitry in gaming consoles and controllers for enhanced connectivity and functionality

  • Wearable devices for fitness tracking and health monitoring, such as smartwatches and fitness bands 

  • Electronic components in audio equipment, including speakers, headphones, and microphones

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Volume Resistivity 

IMG_8757.HEIC

Tube Resistivity at 200 PSI

Wall Heater

Conductive Ink Wall Heater Concept

Under Floor Heating Element.jpg

Conductive Ink Under-floor Heating Concept

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