Overburden Symmetric Dth Button Down Hole Hammer Bits 610mm With 4 Wings

Product name: 610mm MNX overburden symmetric casing drilling bit with 4 wings for civil engineering

Product category: symmetric casing drilling bit

Matched hammer: Hammer N180

Matched casing pipe OD: 610mm

MNX overburden symmetric casing drilling bit with 4 wing features:

1. High quality steels materials. Steel is from TIMKEN and Tungsten carbide are YK05, or T6 from Element Six in Germany

2. Kingdrilling DTH tools are forged by advanced electron-hydraulic forging hammer.

3. Advanced heat-treatment equipment: multipurpose furnace heat treatment.

4. Completed moulding (tooling ) departments with many molds available.

5. Professional R&D team,completed quality system.

Strict Quality-Check Systems.

MNX overburden symmetric casing drilling bit with 4 wings components:

Pilot bit+4PCS Slide blocks+casing shoe

MNX overburden symmetric casing drilling bit with 4 wing technical parameters:

Order Guide: Casing Tube OD + Casing Tube ID + Reamer Bit Diameter + Minimal Casing Shoe ID + Hammer Shank Style

Other size of MRS system is available upon customer's request

MNX overburden symmetric casing drilling bit with 4 wings Applications:
1. Water well drilling (consolidation of well heads, polluted groundwaters exclusion, ...)
2. Geothermal drilling
3. Civil engineering (anchorages, injections, road crossing, ...)
4. Mining exploration(pilot hole for core drilling, study of groundwaters

FAQ:

1. What is drill casing?

Casing is a large diameter pipe that is assembled and inserted into a recently drilled section of a borehole. Similar to the bones of a spine protecting the spinal cord, casing is set inside the drilled borehole to protect and support the wellstream.

2. Why is overburden important?

In a petroleum system, the overburden rock overlies the source rock and contributes to its thermal maturation because of higher temperatures at greater depths. The age and thickness of the overburden rock determines the burial rate and thereby influences the heating rat.

3. Where do they put overburden?

The most common use for the large volumes of overburden produced by a surface mine is to remediate and reclaim the area where it was first removed. Putting the sand, rock, and clay back where it came from helps rebuild the level of the soil so that plant life can return.

Product Manufacturing: