Product name: 152mm MK3E146 Overburden Eccentric Reamer Casing Drilling System Bit For Warter Well Drilling

Casing pipe OD: 146mm

When simultaneously drilling and casing through loose overburden materials, our casing drilling system gives you great results. MK3E series is a cost-efficient system that leaves less material behind in the hole.

MK3E Overburden Casing Drilling System Bit is engineered to offer an extended lifespan, ensuring reliable and durable performance. With its advanced design, this MK3E bit excels in high drilling efficiency, delivering faster and more precise drilling results. The drilling speed remains stable throughout the drilling process, enabling efficient and smooth operations. Whether you are working on soft or hard surfaces, MK3E bit consistently delivers exceptional performance. Invest in the MK3E Bit for enhanced productivity and reliable results.

Upgrade your drilling experience with the MK3E bit - the choice of professionals. Experience the longer life, high drilling efficiency, stable drilling speed, and exceptional performance that our customers rave about. Invest in a tool that delivers results and makes your drilling tasks a walk in the park.

Product components:

Pilot bit + middle reamer bit + casing shoe

Production details:

How to order:

Casing Tube OD & ID + Reamer Bit Diameter + Minimal Casing Shoe ID + Hammer Shank Style

Products application:

It can be used in foundation construction, Piling, Water Well and Geothermal, Tunneling and Horizontal drilling. Specially the rock formation is not stable with fractures.

RFQ:

1. What is overburden in geology?

The layer of rock or soil known as overburden must be removed in order to reach the ore that is being mined. Spoiled or trash are other terms for overburden. Unlike tailings, another form of trash from underground mining, overburdens are collected during surface mining and do not contain any harmful materials.

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.

Products manufacturing: