SPRINGS
Compression, extension, die, disk, torsion and other springs. These springs are standard models, but also could be made according your dimensions or drawing. Compression springs and extensions springs are with round wire and own linear characteristics. Die springs are according ISO 10243. Disk springs are according DIN 2093 and are made from spring or stainless steel. We have questionnaires for easier defining of each type springs.
These springs could be made from the following materials according to DIN:
- 1.1200 spring steel suitable for applications up to 1000C
- 1.4310 stainless steel suitable for food applications up to 3000C
- 1.8159 valve steel for high dynamic applications up to 2000C. High working life.
Other popular materials are 1.4571, 2.4632 (Nimonic), 2.4669 (Inconel), they have better characteristics and resist to aggressive medias. Thats why we need to know the application of each spring.
The standard material is spring steel 1.1200, but we can offer many other materials. Usually the springs made of stainless steel wire have approx. 15% smaller force compared to spring steel 1.1200, but could work in applications with temperature up to 2000C.
Bellow you can find some relationships of the springs:
- Increasing the wire diameter , the spring force is increasing
- Increasing of the outer diameter, the spring force is decreasing
- Increasing the coil number, the spring force is decreasing
The spring force is measured in N (Newton) and gives the maximum force that could be applied on the spring. Therefore if the applied force is bigger, then the spring will loose its spring characteristics. For a longer lifetime it is recommended to use springs with bigger force and no to be used to it’s maximum force. Converting N to kg is according the following formula:
N/9.81=Kg
To choose the right spring for your application is important to determine the main parameters. Here is these parameters: wire diameter-d, diameter of the spring -outer De or inner Di, total length Lo. If it is extension spring then we must check hooks dimensions and body length Lk. Part of the parameters like number of coils, end coil type, hooks design could be checked by picture.
Information for our springs bellow:
We offer compression springs with following parameters:
- Wire diameter: 0-12 mm
- Outter diameter: 0-120 mm
- Lenght: 0-2000 mm
To make you an offer we need drawing/sketch or samlpe or parameters above and the details bellw:
- Number coils
- Step (distance between two coils)
- Direction of winding
- Wire material: steel, stainless steel or other
- End type coils: ground, close or open
- Force
- Addditional surface treatment: zinc or other
We offer extension springs with following parameters:
- Wire diameter: 0-12 mm
- Outter diameter: 0-120 mm
- Lenght: 0-2000 mm
To make you an offer we need drawing/sketch or samlpe or parameters above and the details bellw:
- Type of hooks
- Direction of winding
- Wire material: steel, stainless steel or other
- End type coils: ground, close or open
- Force
- Addditional surface treatment: zinc or other
Die springs
According to ISO 10243. Made from flat wire. The color determines the force:
- Color: green, blue, red, yellow
- Outter diameter: 10-63 mm
- Lenght: 25-305 mm
They are also know as a belleville washers. Made accoridng to DIN 2093, made from spring steel usually 51CrV4:
- Outter diameter: 6-358 mm
- Inner diameter : 3.2-242 mm
- Height: 0.4-25 mm
- Thickness: 0.6- 19.6 mm
Made from spring steel or stainless steel. They generate rotating torque. Usually mounted in inner diameter:
- Inner diameter: 1,6-44 mm
- Leg possition angle: 0, 90, 180, 270
Snap rings
Made from spring steel or stainless steel. We offer two models: for bores and shafts.
- For shaft diameter: 4-125 mm
- For bore diameter: 7-125 mm
R-clips
Made from spring steel and according to DIN 11024. Single or double coil:
- Lenght L1: 45-172mm
- For shaft D: 6-55 mm
Endless springs
Made from spring or stainless steel. They can be made with or without temperature treatment.
- Wire: 0-12 mm
- Free lenght Lo: 1000 mm or other
Suitable for shock absorbers, because they have a large force at a small body.
- Material: 22×250 mm
Gas springs
They have a cylinder filled with nitrogen gas under pressure. Could be made from steel or stainless steel.
- Length L: 20-500 mm
- Force F : 20-2500 N