All Categories

oil tempered

Oil-tempered wire is a high-performance material known for its enhanced durability and strength. It undergoes a specialized heat-treatment process where it is immersed in oil to quench the material after heating, resulting in improved mechanical properties. This process is what gives the wire its main functions, such as providing high tensile strength and excellent shock resistance. Technologically, oil-tempered wires offer features like uniformity in hardness and better dimensional stability, making them reliable for various industrial uses. In terms of applications, oil-tempered wire is commonly used in the manufacturing of springs, especially for those that require a high degree of resilience and are subject to heavy loads. Other applications include wire forms, mesh screens, and various types of fasteners.

New Products

The advantages of using oil-tempered materials are straightforward and impactful for customers. Firstly, the high tensile strength ensures that products made from oil-tempered wire can withstand significant forces without deformation, which extends their lifespan. Secondly, the superior shock resistance is ideal for applications where vibration and impact are concerns, assuring longevity even in harsh conditions. Thirdly, the uniform hardness and dimensional stability lead to precise and reliable performance, reducing the likelihood of failure. For customers, this translates to fewer replacements, lower maintenance costs, and an overall better return on investment. The practical benefits are evident: stronger, more reliable, and cost-effective components that enhance the efficiency of any machinery or equipment they are used in.

Latest News

Are there any special considerations for using spring steel wire in high-temperature applications?

12

Oct

Are there any special considerations for using spring steel wire in high-temperature applications?

View More
How can carbon steel wire be finished or modified after production, such as galvanizing or drawing?

12

Oct

How can carbon steel wire be finished or modified after production, such as galvanizing or drawing?

View More
How does the tensile strength of spring steel wire compare to other types of steel wires?

14

Nov

How does the tensile strength of spring steel wire compare to other types of steel wires?

View More
How is carbon steel wire manufactured?

14

Nov

How is carbon steel wire manufactured?

View More

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

oil tempered

Exceptional Tensile Strength

Exceptional Tensile Strength

One of the unique selling points of oil-tempered wire is its exceptional tensile strength, which is crucial for withstanding the pulling forces encountered in various industrial applications. This strength ensures that springs and wire forms can perform under heavy loads without suffering from fatigue or breakage. The result is a longer lifespan for the products and a decrease in downtime for maintenance or replacement. This feature is particularly valuable for customers in industries such as automotive and manufacturing, where the performance and longevity of materials are non-negotiable.
Superior Shock Resistance

Superior Shock Resistance

Another key feature of oil-tempered wire is its ability to resist shock, which is vital for components exposed to constant vibration or sudden impacts. This resistance prevents the material from succumbing to stress-related failures, thereby maintaining the integrity of the structure it supports. The practical implication for customers is that they can trust the oil-tempered components to maintain their performance even in the most demanding environments, which is essential for applications where reliability is paramount.
Uniform Hardness and Stability

Uniform Hardness and Stability

The uniformity of hardness and dimensional stability provided by oil-tempered wire is essential for precision engineering. It ensures that each part functions consistently and predictably, which is critical for the assembly of complex machinery and equipment. This consistency allows for tighter tolerances and more exact specifications, leading to better overall performance of the final product. For customers, this translates to enhanced efficiency, reduced waste, and a competitive edge in markets that demand high precision and quality.