Industry News
Utilization of Forging Residual Heat

Utilization of Forging Residual Heat

A plethora of practical applications demonstrate that by reasonably controlling the cooling parameters after forging, the microstructure and properties of forgings can achieve or even surpass the levels attained through conventional heat treatment, exhibiting excellent process stability and reproducibility. Employing residual heat for heat treatment obviates the need for reheating during the treatment process, leading to significant energy savings and reduced investments and maintenance costs for...

Mar 20, 2024
Distinguishing Various Types of Crack

Distinguishing Various Types of Crack

Cracks come in various types, including material defects, heat treatment cracks, and forging cracks, among others, which can be overwhelming to identify. However, recognizing them is crucial for pinpointing the process in which they occur, aiding in the analysis of their causes. Firstly, it's essential to understand the concepts of "material defects" and "forging cracks." Cracks that appear after forging should all be understood as "forging cracks." However, the...

Mar 20, 2024
Alloy Steel Drop Forgings,Hot forging

Alloy Steel Drop Forgings,Hot forging

Alloy Steel Drop Forgings Alloy steel is also one of the most commonly used metals for drop forging. This is because drop forged alloy steel is known for being stronger, more wear resistant and tougher compared to carbon steel drop forgings. Alloy steel is considered to be iron-based alloys that has been alloyed or mixed with a variety of elements in the range of 1.00 – up to 50.0% to enhance the physical properties. The combination of alloys and elements forged together...

Mar 20, 2024
The Difference Between Hot Forging and Cold Forging

The Difference Between Hot Forging and Cold Forging

Forging is a manufacturing process that involves shaping a solid metal workpiece by compressing and deforming it. Unlike other metal shaping methods, forging offers greater control over the final product because the metal's grain deforms to conform to the new shape. This allows the forger to determine which parts of the metal object will be the strongest, resulting in a stronger piece compared to those created through casting or machining. Various tools are employed for forging, ranging from...

Mar 14, 2024
The Introduction to Various Types of Forging

The Introduction to Various Types of Forging

Free forging refers to a method of processing forgings by directly applying external force to the billet between the upper and lower anvils of forging equipment, causing the billet to deform and obtain the required geometric shape and internal quality of the forgings. The forgings produced by free forging are called free forgings. Free forging mainly produces small-batch forgings, shaping billets through forging equipment such as forging hammers and hydraulic presses to obtain qualified forgings....

Mar 14, 2024
Drop Forging for Lifting Components

Drop Forging for Lifting Components

Drop Forging could be used for the manufacturing of all types of lifting components. These components include: Eye bolts, eye nuts, Safety Swivel Hoist Rings, Turnbuckles, C-Clamps, D-Rings and Clips, Plain Clamps, ect. All these lifting components require drop forged because they need to bear high weights when working, and the strength much be high enough. Drop forging process could increase the strength during the forging process, while casting could not reach such...

Feb 28, 2024
Forged Hinges: Pioneering a New Era in Automobile Safety and Durability

Forged Hinges: Pioneering a New Era in Automobile Safety and Durability

In a groundbreaking development, the automotive industry is witnessing a revolutionary transformation in the design and production of forged hinges, the unsung heroes behind secure car door connections. These vital components, purpose-built to endure formidable forces, are on the cusp of redefining industry benchmarks.   Mechanical Marvels Enabling Car Door Connections Forged hinges, integral to the realm of automobile manufacturing, represent mechanical ingenuity at its finest. These versatile...

Sep 28, 2023
Optimizing Automotive Performance: The Significance of Forged Camshafts

Optimizing Automotive Performance: The Significance of Forged Camshafts

In the intricate world of automotive engineering, where precision is paramount, the forged camshaft emerges as a silent conductor, orchestrating the opening and closing of valves with meticulous accuracy. At the heart of this mechanical marvel lies a simple principle: the continuous rotation of the camshaft sets the stage for the rhythmic ascent and descent of valve stems, regulating the vital flow of air and fuel within an engine. The art lies in the camshaft's ability to fine-tune this...

Sep 18, 2023
Forged Crankshafts: The Powerhouse of High-Performance Engines

Forged Crankshafts: The Powerhouse of High-Performance Engines

In the realm of automotive engineering, the crankshaft stands as a silent hero, converting the explosive energy generated within an engine's cylinders into the smooth rotation of wheels. Within this crucial component, forged crankshafts have emerged as a testament to precision engineering and the art of material science. In this article, we delve into the advantages of forged crankshafts and explore the critical role of raw materials in their construction.   Advantages of Forged Crankshafts...

Sep 18, 2023
Structure and Function of Connecting Rod

Structure and Function of Connecting Rod

A connecting rod comprises three main components: the big end, the rod body, and the small end. The big end is partially integrated with the rod body, while the other half forms the rod cap. The connecting rod cap is secured to the main crankshaft journal using bolts and nuts. This essential component serves as the link between the piston and the crankshaft. Its primary function is to transmit the force generated by the piston to the crankshaft, converting the piston's reciprocating motion into...

Sep 18, 2023