Sucker Rod Centralizer
Sucker rod centralizer is a kind of downhole tools which is pumping well anti-abrasion, it is especially suitable for pumping well and directional well whcih above of sucker rod middle point,under the middle point of sucker rod , the rod body with nylon centralizer is works better.
The sucker rod moves up and down in the tubing, due to the elastic deformation of sucker rod, rod and oil tube wall is easy to make friction, ti makes sucker rod break off easily, sucker rod centralizer has strong flexibility, touched with the tubing wall can reduce the friction of rod and tube, and can be increase production life of pumping unit. The centralizer is connected with sucker rod , the outsid diameter of centralizer is bigger than coupling outer diameter,so that can make the function of centralize. The centralizer is made of high strength wear-resistant material, and touched with the tubing to reduce the abrasion to achieve the purpose of anti-abrasion.
oil equipment Centralizer
CHEMICAL COMPOSITION
Process Sucker Rod Centralize:
1.Precondition: To ensure that the temperature of the workshop is not less than -20℃.
2.Drying: the raw material is dried in 100℃ hot air, making its humidity less than 0.1%.
3.Equipment debugging: power and water supply of equipment,then install the mould, cleaning equipment and raw material barrel.
4.Raw material melt: the melting temperature of HTN51G35HSLR.
5.Mold temperature: the mold temperature of the processed HTN51G35HSLR material is 145℃, and the mold temperature of the processed HTN53G50HSLR is 100℃.
6.Processing: the nozzle temperature is 290 ℃, plasticizing area one temperature is 285 ℃,plasticizing area two temperature is 275 ℃, plasticizing area three temperature is 260 ℃, injection pressure is 110 bar, flow is 90 cc/min.
7.After the first product is produced, it will be testing the size, and the batch production will be start after the testing.
PA66
|
Item
|
Specification
|
Technical Requirements
|
PA66
|
|
1
|
Testing Item
|
Smooth and Without Damage
|
Smooth
|
|
2
|
Bending Strength Mpa
|
≧103
|
242.46
|
|
3
|
Notch Impact Strength
|
≧13
|
27.66
|
|
4
|
Friction Coefficient μ
|
≦0.018
|
0.0173
|
|
5
|
Heat Distortion Temperature ℃
|
≧180
|
220.85
|
|
6
|
Wear Volume Loss g/cm³
|
≧0.073
|
0.0049
|
|
7
|
Density kg/cm³
|
1.3-1.4
|
1.4
|
|
8
|
Tensile MPa
|
|
123.05
|
|
9
|
Compactness
|
|
1500
|
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