Non-Metallic Connectors, Inc.
Designing Connectors that are Corrosion-Free, Waterproof, and Shockproof Using the Methods of Wireless Power Transfer
Common Connector Problems
The NMC: A New Connector Technology Based on Wireless Power
The NMC is a new connector technology concept that is based on the methods of wireless power transfer (WPT). NMCs can be engineered to be used in high-speed data applications, in power application, or both depending on the needs of the application. Common examples of WPT have been wireless chargers for smartphones, earbuds and EVs. These same concepts can also be applied to other industries where the benefits of wireless power can be realized. At Non-Metallic Connectors, Inc. we have applied the NMC concept to the automotive, automation, consumer electronics, and lighting industries that takes wireless power transfer beyond common everyday charging applications. We offer consulting services to customers that want to customize their device with a contactless interface using the NMC concept and realize the benefits of wireless power.
A More Energy-efficient LED Light Bulb
Using the NMC concept and the methods of wireless power transfer, we have developed a far more sustainable and energy efficient LED light bulb and socket application for the lighting industry. With our novel engineering methods, we have created the next generation light bulb and socket application for the industrial and residential segments that has been proven to reduce energy consumption up to 63% in comparison to standard LED light bulbs. Airports, hotels, shopping malls, hospitals, etc. or any other space that needs superior energy efficiency can now benefit from our patented NMC lighting concept. Most importantly, the connection interface is entirely contactless making it shockproof and waterproof — a claim no other lighting product on the market can compete with. Contact us to learn more on how we can customize your NMC lighting application.
NMC Advantages for All Industries
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Dream it.
Data and power transfer over a single interface
Optimized power and signal transfer
Unlimited insertion cycles
Corrosion-free interface
Hermetically sealed and waterproof
Shock-proof
No fire hazards
Ecologically responsible
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Build it.
Superior energy efficiency
Optimized power transfer efficiency
Separation distance adjustable from 0.5-100 mm
Customized inductive power transfer (IPT) or capacitive power transfer (CPT) products
Adjustable voltage and current output requirements
Tested to compliance standards
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Grow it.
Sustainable connector interfaces for harsh environments
Robust applications that can outlast the competition
Non-existent misalignment issues
Transmission through any common insulation material
Customized and novel receptacle locking methods