Project: Shell Oil Daya Bay DN1422 offshore sewage pipe joint anti-corrosion project
Project introduction: The total length of the project pipeline is 30KM, and the pipe diameter is 1422MM
Equipment used: CR2000-120B-14TF

Clean, Consistent, and Flame-Free Metal Joining for HVAC, Copper, and Aluminum Components
Induction brazing and soldering are highly efficient methods for joining metals using a filler material. Unlike traditional torch brazing, induction delivers precise, localized heat to the joint area — making it ideal for applications in HVAC systems, copper piping, electrical contacts, and automotive aluminum parts.
Our induction heating machines ensure repeatable, high-quality joints with faster cycle times and improved safety — all without an open flame.

Project introduction: straight seam length 18M, plate thickness 45MM, heating width 300MM;
The right and left of the weld are heated simultaneously through an 18M long inductor.
Equipment used: CR2000-080B-14TF2

Project Introduction: After the completion of welding, heat treatment should be carried out on the weld position to eliminate the stress.
Equipment used: CR2000-010B-14TF

Efficient and Reliable Motor Control for Water, Wastewater, and Industrial Pumping Systems
VFDs offer intelligent, variable-speed control for all types of pumps—centrifugal, positive displacement, and submersible—enabling precise flow and pressure regulation while reducing energy usage and extending equipment life. They are widely used in water supply, wastewater treatment, irrigation, and chemical processing.

Precision Motor Control for CNC Machines, Grinders, Lathes, and More

In the machine tool industry, precision and stability are critical. VFDs provide smooth, stepless speed regulation and dynamic torque response, making them ideal for controlling spindle motors, feed motors, and auxiliary drives in CNC machines and conventional tools.
Our VFDs are designed for high-performance motor control, with support for sensorless or closed-loop vector modes, enabling reliable operation even under demanding load variations.