Last updated: 2026/09/04
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Last updated: 2026/09/04
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High Frequency (50 KHz-120KHz)
50-120KHZ 15KVA 34A
50-120KHZ 20KVA 45A
50-120KHZ 30KVA 23A
50-120KHZ 60KVA 45A
Ultrasonic Frequency (15 KHz-30KHz)
15-30KHZ 25KW 36A
15-30KHZ 40KW 60A
15-30KHZ 50KW 76A
15-30KHZ 65KW 100A
15-30KHZ 80KW 125A
15-30KHZ 120KW 182A
15-30KHZ 160KW 250A
15-30KHZ 200KW 310A
15-30KHZ 250KW 380A
Medium Frequency (1KHz~10KHz)
1-8KHZ 120KW 182A
1-8KHZ 160KW 250A
1-8KHZ 200KW 310A
1-8KHZ 250KW 380A
1-8KHZ 300KW 460A
1-8KHZ 350KW 530A
1-8KHZ 400KW 610A
1-8KHZ 500KW 760A
1-8KHZ 600KW 910A
JKZ Ultra High Frequency Induction Heating Machine
30KHz-60KHz
15KHz-30KHz
6KHz-10KHz
Industries
Automotive Industry
Fastener Manufacturing
Tube And Pipe Heating
Railway
Agricultural Equipment
Wire And Cable
Oil And Gas
Carbide Production
Metal And Foundry
Jewelry And Minting
Shrink Fitting
Shipbuilding
Mining
Aviation And Aerospace
Chemical And Pharmaceutical Industry
Application
Spring Heating
Pipe And Tube Production
Induction Hardening
Induction Annealing And Normalizing
Induction Wire And Cable Heating
Induction Preheating
Induction Post Weld Heat Treatment (PWHT)
Wooden Carbide Brazing
Stone Saw Blade Brazing
Lathe Tool Brazing
Non-Ferrous Metal Induction Melting
Steel Melting
Precious Metal Melting
Induction Shrink Fitting
Induction Heating Services
Company
JKZ Induction Heating Brand Profile
JKZ Promise
Resources & Insights
Blog
The Main Components Of Induction Heating Machine
Induction Heating Frequency Selection
Principles To Be Followed In The Manufacture Of Induction Heating Machine
Why Choose Induction Heating?
The Working Principle and Application of the Induction Heaters
Revolutionizing Metal Forging: The Power of Induction Heaters
Unleashing the Potential of Induction Heating: An In-Depth Exploration
Coreless vs. Channel Induction Furnaces: Key Differences and Applications
Everything You Need to Know About Induction Heating
How Does Induction Heating Work
The Temperature Control Method of Induction Heating Machine
The Main Purposes of Induction Quenching of Mechanical Parts
The Difference Between Medium Frequency Induction Heating Machine and High Frequency Induction Heating Machine
Application of Induction Heating Technology
Application and Development of Induction Heating Technology at Home and Abroad
The Working Principle and Advantages of Induction Heater
Common Quality Problems of Induction Quenching Machine and Ways to Improve Its Working Performance
Precautions for High Frequency Induction Heating Equipment and Quenching Machine Tools
Induction Heating Machine Can Solve the Defects of Workpiece
How to Maintain the Medium Frequency Induction Heating Machine with Seasonal Change?
Differences and Advantages of Induction Quenching and Flame Hardening
The Adjustable Induction Heating Frequency
How to Make an Induction Heater？
The Superiority of Induction Heat Treatment in Terms of Energy Saving
What Do We Need to Know About Induction Heating?
What Is Induction Hardening and What Are Its Benefits?
A Proposal for Substitution of Induction Hardening for Carburizing
Application of Induction Heating Equipment in the Current Stage
Technological Development of Induction Heat Treatment
Interpreting Common Issues with Induction Heating Power Supply
Development of Induction Heating Power Supply
High-frequency Induction Heating Machine Environmental Protection Equipment: the Industry Supported by the State
Development of Induction Heat Treatment Technology for Typical Parts
Application of Induction Heating Technology in the Automotive Manufacturing Industry
Development Trend of Induction Heating Unit
Analysis of the Working Principle of High Frequency Induction Heating Machine
Development Trends of Induction Heating Technology
Four Effects of Induction Hardening
Indicators of Induction Hardening Technology
Economic Analysis of Induction Quenching
Quality Control of Induction Hardening
Comparing Water Heaters and Induction Heaters: Heating Technologies Unveiled
What Are the Common Induction Quenching Heating Methods?
Advantages Analysis of Induction Hardening Equipment
Detailed Explanation of High-Frequency Quenching Defects and Prevention
What is the Difference Between Intermediate Frequency Quenching and High Frequency Quenching?
Induction Heating: The Efficient Evolution in Industrial Heating Technology
Difference and Advantages of Induction Hardening and Flame Hardening
High-Frequency Quenching Analysis of Heat Treatment Technology
Several Commonly Used Tempering Methods in Induction Quenching and Tempering Equipment
Common Problems and Solutions of High-Frequency Quenching
Application and Process Analysis of Induction Brazing
How to Choose the Right Pipe Heater Machine for Your Industrial Needs
How to Enhance Safety Protocols When Operating an Induction Quenching Machine
How to Optimize Energy Efficiency with Your Pipe Heater Machine
How to Implement Best Practices for Induction Quenching Machine Maintenance
Application Advantages of Induction Heating in Nonferrous Metal Melting
How to Choose the Right Induction Heating Equipment for Your Application
Application and Advantages of Induction Heating Equipment in Pipeline Treatment
How to Optimize Efficiency with Induction Heating Equipment
Key Considerations in Choosing an Induction Hardening Machine Manufacturer
Induction Heating Machine: Precise Control and Heating
Metal Heating Machine: Meeting Diverse Processing Needs
Significant Advantages of Industrial Induction Melting Machines in the Assembly of Components Such as Rollers
High-Frequency Induction Heater: Driving High-Quality Development in Metal Processing and Manufacturing Industry
High-Frequency Induction Heating Machine: The Ideal Choice for Surface Heat Treatment of Metal Materials Products
Industrial Induction Melting Machine: The Mysteries of Electromagnetic Induction Heating
Application of High-Frequency Induction Heater in the Field of Surface Heat Treatment of Products
Types and Differences of Non-Ferrous Metal Melting Furnaces
PWHT Equipment: The Key to Reliable Welds
Advantages and Applications of High-Frequency Hardening Machine
Introduction to the Classification of Hardening Machines
What Are the Main Uses of Small High-Frequency Hardening Machines?
Classification and Application of Metal Induction Furnaces
Classification of Induction Metal Heaters
Application of High-Frequency Induction Heat Treating Equipment in Heat Treatment of 10mm Solid Iron Rods
Advantages and Applications of Handheld Induction Heater
Application of PWHT Post Weld Heat Treatment
Knowledge of the Application of Pre-Heat Treatment in Welding
The Important Role of Induction Heating Machine in Industrial Production
A Brief Discussion on the Induction Heating Principle and Applications
Pipes Induction Heater Applied to Pre-Weld Preheating, Post-Weld Heat Treatment
How Does an Ultrasonic Heater Work?
Advantages and Applications of Medium Frequency Induction Heating
Principle and Application of High-Frequency Induction Heating
Pipe Induction Heater: An Efficient Solution for Pipeline Heating
Induction Hardening Machine: A Powerful Tool for Efficient Quenching in Heat Treatment
Advantages and Applications of the High-Frequency Heating Principle
Application of Tool Brazing Machine in Aircraft Manufacturing
Principle and Usage Environment of Medium-Frequency Induction Heating Machine
Application of Pre-Heating Machine in Welding Processes
Application of High-Frequency Induction Heating in Aluminum Tube Welding
High Frequency Induction Heater: Precision Heating Solutions for Modern Manufacturing
The Science of Simultaneous Heating in High Frequency Induction Hardening
Revolutionizing Aerospace Manufacturing: The Critical Role of High Frequency Induction Heater
Tool Brazing Machine: Strengthening Power Infrastructure
The Energy-Saving Power of the Medium Frequency Induction Heating Machine
Automotive Manufacturing Transformed: The Strategic Advantages of Induction Heating Technology
The Versatile Power of Medium Frequency Induction Furnace in Modern Industry
Essential Maintenance Practices for Tool Brazing Machines
High-Efficiency Metal Heating Solutions With High Frequency Induction Heater
Revolutionizing Slurry Drying: Medium Frequency Induction Heating Innovations
High Frequency Heating Machine Technology and Its Industrial Applications
Ultrasonic Heating Machine for Faster and More Efficient Industrial Processing
What Are the Differences between Induction Hardening and Case Hardening in Industrial Applications
How a Medium Frequency Induction Heating Machine Improves Industrial Efficiency
How to Choose the Right Ultrasonic Frequency Induction Heating Machine for Your Production Line
Benefits of High Frequency Induction Heating Machines for Modern Manufacturing
How Induction Steel Melting Machines Reduce Energy Costs in Foundries
Applications of Medium Frequency Induction Heating Machines in Forging, Quenching, and Metal Melting
How to Choose a Medium-Frequency Induction Heating Machine for Your Workpiece and Production Target
What Determines the Quality of an Induction-Brazed Joint in Aerospace Manufacturing?
How to Choose the Right Induction Furnace Capacity for Steel Melting
How to Choose the Right Induction Melting Furnace for Non-Ferrous Metals
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Portable Induction Welding Machine
Hot Forging
500kw Induction Heating Machine
100kw Induction Heating Machine
Heat Treatment
Melting
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High Frequency Induction Heating Machine
Application Of Induction Heating
Induction Post Weld Heat Treatment
Preheating And Post Heating In Welding
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Last updated: 2026/09/04
HOMEPAGE
Last updated: 2026/09/04