Small die springs
Small die springs provide high quality parts for the tool and die and OEM industry, HSPR die springs are manufactured to the highest standards, the application of advanced technology, and is committed to manufacturing more high-quality products for you.
The small die springs has a variety of functional characteristics, the next part of the small die springs is analyzed in detail.
Die springs are ideal for applications that require greater compression forces per inch or deformation forces per inch. They provide much greater force than conventional compression springs. They enable longer service life, reduced replacement times and strong durability.
The small die springs is a cylindrical helical spring supported by an oval steel wire and displays a constant value relative to the dimensions of the mounting space and spring force. Thread diameter, number of turns, pitch, and length are not specified because these dimensions require a higher production-related balance.
The working principle of the compression die springs is the same as that of the ordinary compression spring, and the more the compression of the spring, the greater the relative force. Small die springs do not have round spring wires, but use rectangular spring wires, and these rectangular spring wires can produce more force.
Due to their design, such springs are able to transfer a lot of force in a small space, they must absorb a high load at a relatively high frequency, die springs must withstand strong shocks, and have a long service life.
Small mold spring usually refers to the relatively small size, used in the mold to support, fix, adjust, buffer and maintain the mold shape and size of the spring. These springs play an important role in the discharge, pressing, pushing and ejecting of the mold.
Small die springs features:
- High elasticity: The mold spring needs to have a certain degree of elasticity in order to absorb and reduce shock and vibration in the mold work, so as to protect the mold and the bow.
- High strength: The die spring needs to be able to withstand strong impact and long-term use, so it has high strength requirements.
- Good stability: The mold spring needs to maintain stable performance during use, so as to ensure the accuracy and stability of the mold.
- Strong space practicability: due to the limited space inside the mold, the small mold spring needs to provide enough force in a small space, so its design is often compact.
compression and die springs is widely used in various mold manufacturing, such as stamping mold, injection mold, die casting mold and so on. They are used to support and hold the various parts of the mold, adjust the mold clearance, buffer and shock absorption, and maintain the shape and size of the mold.
Matters needing attention：
- When selecting and using the small mold spring, the appropriate specifications and parameters should be selected according to the specific needs of the mold and the working environment.
- During the installation and use of the die spring, attention should be paid to avoiding overload and excessive compression, so as not to damage the spring or affect the accuracy and stability of the die.
- Check and maintain the die spring regularly to ensure its stable and reliable performance.
Service life:
All our Small die springs are made from the most efficient wire cross section, which is rectangular with rounded corners. Oil tempering die springs are available at a low cost for die sets and general purposes. If the maximum deflection of the oil tempering spring is maintained at about 25% of its length, its service life can be expected to be very long. We offer the highest grades of electric furnaces, shot peening and preset chrome alloy steel die springs for unmatched quality.
To sum up, the small die spring is an indispensable elastic part in mold manufacturing, its specifications, parameters and application scenarios are diverse, the production process is complex and requires strict inspection. In the process of use, attention should be paid to selecting the appropriate specifications and parameters, and follow the relevant installation and maintenance requirements.
