INNOVATION

MagForceX®

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Our global teams of scientists and engineers across North America, Europe, China, and Japan collaborate closely with customers to solve complex challenges.

By pairing customer application needs with our deep expertise in materials science and electrical performance, we accelerate next-generation innovations.

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About Magforcex

Disruptive Technology. Purposefully Engineered.

MagForceX team pairs decades of magnet wire expertise with relentless R&D to deliver conductors and materials that perform under the most demanding conditions.

Advanced Material Science

Developing next-gen conductor and insulation technologies for evolving electrification demands.

Performance Validations

Testing and refining solutions to perform in demanding thermal, electrical, and operational environments.

Bright sparks flying inside a large rust-colored metal pipe during welding work.Bright sparks flying inside a large rust-colored metal pipe during welding work.

Increased Power Density

Enabling more power in smaller, lighter, and higher-performing electrical systems.

Application Expertise

Combining decades of industry knowledge with real-world insights to support the future of technology.

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what we do

Delivering Results Together

From prototype to production, MagForceX® supports you at every stage of development.

Technology Development

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Research & Development

Investigating complex challenges to advance electrical performance and material technologies.

Analytical Methods

Advanced testing and evaluation techniques to validate potential material and product performance.  

Applied Physics

Exploring the fundamental properties that drive advanced materials and electrical performance.  

Advanced Engineering

Applying cross-functional engineering expertise to accelerate innovation and solve complex technical challenges.  

Validating & Testing

Two men wearing safety glasses operate a large CNC milling machine in a factory setting.Two men wearing safety glasses operate a large CNC milling machine in a factory setting.

Advanced Material Development

Creating specialized polymers and customized formulations for demanding applications.

Raw Material Evaluation

Assessing emerging materials and technologies for future applications.

Conductor Design & Development

Supporting conductor formation, coatings, and next-generation product concepts.

Application Specific Analytics

Testing solutions to verify performance in real-world operating conditions.

Innovation Outcomes

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Patents & Intellectual Property

50+ Patents as well as patent-pending technologies designed to advance electrical performance.

Application-Driven Development

New materials and conductor solutions developed to address emerging customer challenges.

Material-Science Advancement

Breakthroughs in insulation systems, conductor technology, and electrical materials.

Technical Problem Solving

Specialized consulting to help overcome complex performance and application challenges.

capabilities

How We'll Do It

World-class facilities and proven methods that move your project from question to answer.

Technology Assesment

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Project Studies

Assessing technical requirements, challenges, and pathways to successful implementation.

Industrial Design

Helping transform concepts into practical, manufacturable solutions for real-world applications.

Engineering Experience

Applying cross-functional experts to optimize electrical, mechanical, and manufacturing outcomes

Scientific Feasibility

Determining viability or new materials, technologies, and application concepts.

Development Infrastructure

Scientist in lab coat and gloves inspecting a sample container in a laboratory setting.Scientist in lab coat and gloves inspecting a sample container in a laboratory setting.

Configurated Testing

Evaluating materials in real-world product configurations to better understand application performance and goals.  

Modeling & Simulation

Advanced capabilities that help predict performance, optimize designs, and reduce developmental risk.  

Comprehensive Labs

Chemical, mechanical, and electrical laboratories support rapid development and prototyping.  

Analytical & Application Testing

Data-driven insights through advanced methods and application-specific evaluations.

Performance Analysis

Man in a blue shirt thoughtfully working at a computer in an industrial setting.Man in a blue shirt thoughtfully working at a computer in an industrial setting.

Electrical Performance

Evaluating conductivity, dielectric properties, and electrical behavior under demanding conditions.

Mechanical Performance

Assessing durability, flexibility, adhesion, and resistance to mechanical stress.

Chemical Performance

Analyzing material compatibility and resistance to challenging environments.  

Thermal Performance  

Understanding behavior under elevated temperatures and long-term thermal exposure.

Technology Assesment

We evaluate before we develop

Developmental Infrastructure

Specialized Facilities for Success

Performance Analysis

Evaluating material and product behavior

memberships
260°C
EnduroTemp®

EnduroTemp® 260+ enables motor designers to increase current density and operate at higher temperatures. It transfers heat faster than standard insulation and delivers reliable performance across demanding operating environments.

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Close-up of tightly wound orange copper wire coils in an industrial setting.
240°C
HVWW®

HVWW® magnet wire technology helps automotive OEMs and engineers meet the demands of electrified mobility through advanced thermal resistance, high-voltage performance, and durability. Engineered to withstand PDIV, corona effects, and repeated electrical stress, it supports next-generation hybrid and traction motor applications.

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Close-up of repetitive tan interlocking parts inside circular mechanical device.
200°C
UltraShield®

UltraShield® Plus is designed for inverter-duty motor applications requiring enhanced voltage endurance, thermal performance, and insulation durability. It delivers excellent windability, chemical resistance, and reliable performance across automotive, industrial, and HVAC applications.

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Close-up of tightly coiled shiny copper wire strands stacked together.
200°C
CTC

Continuously Transposed Cable (CTC) consists of a number of rectangular, film insulated conductors assembled and typically over-wrapped with layers of insulating material.

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