Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling

Product Details
Customization: Available
Surface Treatment: Spray-Paint
Manufacturing Process: Forging

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Limited Company
Terms of Payment
T/T, D/P, Western Union
  • Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
  • Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
  • Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
  • Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
  • Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
  • Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
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Basic Info.

Material
Carbon Steel
Machine Type
Drilling Tool
Processing Type
Forging
Model Type
Cop, Ql, SD, DHD, Numa, Mission
Color
Red, Yellow, Gold
Transport Package
Wooden Package
Trademark
PRODRILL
Origin
China
Production Capacity
1000piece/Month

Product Description

Symmetrix Overburden Drilling Casing System  concentric overburden for water well drilling 

The Prodemo symmetric drilling system is designed to drill and case a hole simultaneously through unstabled ground conditions. The driver bit incorporated with a satisficial ring or reusable ring makes a full face head design which significantly improves the penetration rate and hole straightness of drilling. The internal flushing grooves together with the built-in casing shoes gives a good seal to the button of the drilling hole, and thus minimising the disruption of the surronding of the drill hole.

Application Range: It is suitable for drilling water wells , geothermal wells , short mircopiles ,medium mini-type grouting hole of building , dam and harbour project .
1. Ring bit and casing shoe assembly is welded to casing prior to drilling. Lock the assembly into pilot bit with hammer. The pilot bit's upper shoulder engages the shoulder of the casing shoe.
2. Hammer's percussive energy is transferred through the pilot and ring bits, crushing rock . Part of impact energy advances casing.
3. On completion of drilling and casing , the drill string with pilot bit is retrieved by a slight reverse rotation to unlock the bayonet coupling . The ring bit stays in the hole , and can be recovered only if the casing is retrieved
4. Drilling continues to the desired depth in the bedrock using a conventional drilling.

Advantages:
Full face head desigh for faster penetration and straighter hole
Less torque is required
Can drilll in vertical, horizotal or any direction
Minimize disruption to the drilled hole
Varied ring bit diameters to suit different casing requirement

Technical Data

Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling

Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling

Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling
Symmetrix Overburden Drilling Casing System Concentric Overburden for Water Well Drilling

 

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