News
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How to Optimise Electrical Conditions and Equipment Selection— Core Solutions for Brush and Motor Operation
Morteng Electrical Condition Optimisation: Precise Detection and Adjustment (1) Load Current Management Regularly monitor motor operating current to ensure it remains within rated current limits over time, preventing overloads that cause sudden brush load spikes, acceler...Read more -
Yaw Slip Ring Introduction
The Morteng yaw slip ring stands as a critical and irreplaceable electrical component in modern wind turbines, strategically installed at the precise junction where the nacelle connects to the tower—a dynamic interface subjected to constant rotational movement during turbine operation. Its core f...Read more -
It’s busy at our booth! | PTC ASIA 2025
PTC ASIA 2025 is on right now in Shanghai, and our booth (E8-C6-8) is full of energy! We’re excited to see so many visitors, especially from overseas, stopping by to learn more about our carbon brushes, brush holders, and slip rings. With over 20 years of experience, we’ve built a ...Read more -
Invitation to PTC ASIA 2025: Join Us at Asia’s Premier Industrial Power Transmission Event!
We started out years ago making OEM carbon brushes, and we’ve grown a lot since then! After restructuring in 2004, we built a full team for design, R&D, sales, and service. So, what do we make today? We focus on carbon brushes, graphite products, brush holders, and slip rings. You’...Read more -
A Resounding Success at CWP 2025!
The Beijing International Wind Energy Congress & Exhibition (CWP 2025), held from October 20-22, has successfully concluded, and we at Morteng are incredibly grateful for the vibrant discussions and overwhelming interest at our booth. It was a privilege to showcase our core products for the g...Read more -
Morteng Shines at WireShow 2025
Visit Us at Booth E1G72! The entire Morteng team is excited to be at WireShow 2025 - China International Wire & Cable Industry Exhibition! The event is now in full swing at the Shanghai New International Expo Centre, and our booth (E1G72) is buzzing with energy. ...Read more -
Introduction for Parts for Cable Machinery
Powering the Cable Industry: Morteng's Precision Components for Over 30 Years For over three decades, Morteng has been a cornerstone of the global cable and wire manufacturing industry. As a trusted manufacturer with advanced facilities in Hefei and Shanghai, we speciali...Read more -
Sparks caused by abnormal wear of carbon brushes and mechanical causes
Sparking caused by brush wear is a common problem in the operation of DC motors or wound rotor asynchronous motors. Sparks not only accelerate the wear of brushes and commutators/slip rings, but also generate electromagnetic interference and may even pose safety hazards....Read more -
Wind turbine slip rings-Common customer complaints and causes
Morteng wind turbine slip rings are key components in wind turbine generators that connect the rotating generator rotor (or pitch/yaw system) to the stationary external circuit, responsible for transmitting power current, control signals, and data. They typically operate...Read more -
Introduction and Features of Conductive Rings
Conductive rings are the indispensable ‘lifeline’ of modern rotating equipment. They ingeniously solve the challenge of electrical connectivity between rotating and stationary components, enabling the continuous and reliable transmission of electrical power and various i...Read more -
The application of grounding carbon brushes
Morteng grounding carbon brushes are key components in rotating motors (such as generators and electric motors), primarily used to eliminate shaft currents, protect equipment safety, and assist monitoring systems. Their application scenarios and functions are as follows...Read more -
Introduction to Gearbox Slip Rings
A gearbox slip ring (also known as a rotating electrical interface or conductive slip ring) is a key electromechanical component in a transmission system. Its core function is to achieve stable power, signal, or fluid transmission between rotating and stationary componen...Read more
