Hex32 drifter rods are primarily employed within the context of fully hydraulic drifting jumbos, serving as a cornerstone in a range of underground excavation and drilling applications. These sophisticated drilling tools are indispensable for a multitude of tasks, including the blasting and excavation of roadways in underground mines, the drilling of anchor holes for structural support, and the excavation of various types of tunnels such as those used for traffic, hydropower engineering diversions, and other underground engineering projects. Designed to tackle the diverse hardness levels of rocks encountered in such environments, Hex32 drifter rods are renowned for their exceptional wear resistance, flexibility, and prolonged service life, making them a reliable choice for demanding drilling conditions.

The specifications of Hex32 drifter rods typically encompass:

Length: This varies depending on the specific model and the intended application, allowing for customization to suit varying depths and drilling requirements.

Diameter: Standardized at 32mm, this diameter ensures compatibility with a wide range of drilling equipment and accessories designed for Hex32 rods.

Weight: Determined by the rod’s length and the material composition, which can include high-strength steel alloys for optimal durability and performance.

Thread Type: Commonly featuring the R32 thread configuration, this standardized threading allows for seamless connection and disconnection of rods during drilling operations.

Manufacturers such as SHANDIKE offer a comprehensive range of Hex32 drifter rods, catering to diverse lengths and thread configurations to meet the precise needs of various drilling projects. These rods are frequently utilized in mining and construction ventures where the demand for precise, efficient, and reliable drilling is paramount.

For detailed information regarding Hex32 drifter rods, including pricing, availability, and customized options tailored to specific project requirements, it is advisable to reach out to manufacturers like SHANDIKE. Their expertise and experience in the field ensure that you receive the highest quality drifter rods suited to your unique drilling challenges.

The 3660mm MF rod is a specialized drilling tool employed in a range of industrial applications, particularly in mining and rock excavation. The “MF” designation stands for “male-female,” denoting the type of connection at the rod’s ends. This connection facilitates swift assembly and disassembly during drilling operations. Crafted from high-quality alloy steel, these rods are built to last, ensuring durability and resistance against wear and tear.

The 3660mm length is a standard size in the industry, compatible with drilling equipment designed to handle such dimensions. They are extensively used in underground mining, tunneling, and other heavy-duty drilling projects. The alloy steel construction guarantees that the rods can endure the rigorous conditions encountered during these operations, offering a dependable and long-lasting solution for drilling requirements.

T51 MF Rod Specifications:

– Length: 3.66 meters

– Thread System: T45/T51

– Connection Type: Male/Female

– Application: Benching and long hole drilling

– Enhanced Drilling Precision: When used as the first rod in a standard drill string, it improves accuracy.

– Speed Rod Design: Capable of producing straighter holes and achieving at least a 10% higher penetration rate in favorable rock conditions compared to traditional rod and coupling sleeve systems.

Applications:

– Underground Mining

– Tunneling and Quarrying

– Suitable for various rock types, including Granite, Basalt, and Limestone

Competitive Advantages:

– Utilization of High-Grade Raw Materials

– Manufactured from Premium Steel using Advanced CNC Machinery and Heat Treatment Processes

– Features High-Strength Chromium-Molybdenum Steel with Excellent Fatigue Strength and Wear Resistance

Atlas / Furukawa / / Tamrock GT60 Half-bridge Threaded Coupling Sleeve Drill pipe speed extension drill

An elongated rod is attached to the sleeve, which is crafted from high-quality steel and precision-machined using CNC technology to guarantee consistent and reliable quality control. When utilizing a drilling machine, a conventional male adapter and club drift must be connected via a coupling bar adapter that is allowed to float, ensuring contact at both ends for efficient energy transfer.

The coupling sleeve operates similarly to interconnected links, with an intermediate connection sleeve featuring a stop mechanism to prevent over-tightening onto the drill rod.

This product is primarily used in mining, compression, tunneling, quarrying, and other related industrial equipment. It is designed and manufactured according to customer specifications.

Main features
High performance: The GT60 coupling sleeve is made of high-quality materials and advanced technology, with high strength and wear resistance, and can withstand the enormous pressure and friction during the drilling process.
Strong universality: This sleeve is suitable for various drilling rods and tools, with wide compatibility, making it convenient for users to choose and replace in different operating environments.
Easy to install and disassemble: The GT60 coupling sleeve adopts a threaded connection method, which is convenient and fast to install and disassemble, improving the efficiency of drilling operations.
Material and Processing
Material: The GT60 coupling sleeve is usually made of high-quality materials such as high manganese steel, alloy steel, or hard alloy to ensure its high strength and wear resistance.
Processing method: The sleeve is processed through precision forging and heat treatment processes to ensure the accuracy and stability of its internal structure and external dimensions.

Reverse circulation drill bit is a key component in reverse circulation drilling technology, which is widely used in geological drilling, mine rescue, engineering construction and other fields. The main feature of reverse circulation drilling technology is that the flushing medium (such as water, mud, or air) rises at a high speed in the center hole of the drill rod, effectively removing drilling debris and improving drilling efficiency.

Drt reverse circulation drill bits is made by quality tungsten carbide tips and steel with forging process, Combining the hardness and the high impact toughness of the steel makes the drt revest circulate DTH drill bit widely used in hard formation drilling, especially in the water well drilling, mining and rock drilling. Except for DTH hammer bit, we also supply thread button bits, retrac button bit, taper button bits, drill rods, shank adapters, coupling sleeve etc drilling tools.

Working principle of reverse circulation drill bit
In reverse circulation drilling, the drill bit is connected to the power device through the drill string, and the power device drives the drill string and drill bit to rotate for drilling. At the same time, the flushing medium flows downwards from the wellhead through the annular space between the drill pipe and the hole wall or between the inner and outer pipes of the double walled drill pipe, and then returns to the surface from the drill pipe or the inner pipe of the double walled drill pipe after reaching the bottom of the hole, forming a reverse circulation. During this process, the water holes or special designs on the drill bit allow the flushing medium to flow back smoothly, carrying the drill cuttings back to the surface.

Advantages of reverse circulation drill bit
Strong slag discharge capacity: Due to the high-speed rise of the flushing medium in the center hole of the drill rod, drilling cuttings are easily carried to the surface, reducing the phenomenon of repeated crushing at the bottom of the hole and improving drilling efficiency.
Small disturbance to the borehole wall: During the reverse circulation drilling process, the flushing medium has a relatively small flushing effect on the borehole wall, which is beneficial for drilling stability and reduces accidents such as buried drilling and broken drill rods inside the borehole.
Water saving drilling: When air is used as the circulating medium, water-saving drilling can be achieved, especially suitable for construction in arid and water scarce areas.
Possible characteristics of DRT reverse circulation drill bit
Although specific information on DRT brand reverse circulation drill bits is limited, based on the general characteristics of reverse circulation drill bits, it can be inferred that DRT reverse circulation drill bits may have the following features:

Efficient drilling: Advanced drill bit design and materials are used to improve drilling speed and efficiency.
Strong durability: After special processing, the wear resistance and service life of the drill bit are improved.
Strong adaptability: Suitable for different geological formations and drilling needs, can be adjusted and optimized according to actual situations.
application area
DRT reverse circulation drill bits may be widely used in the following fields:

Geological drilling: used for mineral exploration, hydrogeological survey, etc.
Mine rescue: Used in mining accidents to quickly drill into rescue wells and provide a lifeline.
Engineering construction: such as pile foundation construction, foundation treatment, etc.
In summary, DRT reverse circulation drill bit, as a key component in reverse circulation drilling technology, has the characteristics of efficient drilling, strong durability, and strong adaptability, and is widely used in geological drilling, mining rescue, and engineering construction fields. For more specific information, it is recommended to consult DRT brand or professionals in related fields directly.

If you need a Drt reverse circulation drill bit, please contact us and we will provide you with the best price and solution：

Email:  [email protected]

Whatspp: +86 19937978951

Coupling sleeve R32， The R32 specification coupling sleeve is a widely used connecting component in industries such as mining, stone mining, and construction. Here is a detailed explanation of it:

1、 Definition and purpose
Definition: Coupling sleeve R32 is a sleeve shaped connector with R32 thread specification, used to connect two or more rod-shaped tools such as drill rods and drill rods to achieve length extension or tool replacement.
Purpose: Mainly used for rock drilling operations in mining, drilling operations in stone mining, and foundation pile driving operations in construction. By connecting drill rods of different lengths, it is possible to adapt to drilling requirements at different depths.
2、 Main features
High strength: Coupling sleeve R32 is usually made of high-strength materials, such as high-quality alloy steel or stainless steel, to ensure that it will not be damaged when subjected to large torque and axial forces.
High precision: The threaded part is precision machined to ensure a tight fit with rod-shaped tools such as drill rods, avoiding looseness or detachment during operation.
Wear resistance: Due to the complexity of the working environment, the threaded part of the coupling sleeve R32 is usually specially treated to improve its wear resistance and extend its service life.

3、 Specification and Model
Thread specification: R32, indicating an outer diameter of 32 millimeters for its threads.
Length: Depending on the manufacturer and usage, its length may vary, but it usually fluctuates within a certain range.
Model: It may be subdivided based on factors such as connection method (such as full bridge, half bridge, etc.), material, processing accuracy, etc.
4、 Selection and Precautions
Brand selection: Choosing products from well-known brands usually means higher quality and more reliable performance.
Specification matching: When purchasing, it is necessary to ensure that the thread specifications of the selected product match the rod-shaped tools such as drill rods that need to be connected.
Quality inspection: After receiving the product, a quality inspection should be conducted to ensure that there are no defects such as cracks or rust.
Usage and maintenance: During use, the wear of the coupling sleeve should be regularly checked, and severely worn components should be replaced in a timely manner. Meanwhile, attention should be paid to keeping it clean and dry, and avoiding prolonged exposure to harsh environments.
In summary, Coupling sleeve R32 plays an important role as a connecting component in industries such as mining, stone mining, and construction. When selecting and using, full consideration should be given to its characteristics, specifications, and precautions to ensure that it can work normally and stably.

Detailed instructions on the technical specifications, operating methods, maintenance, troubleshooting, and other aspects of YN 27 and YN 27C internal combustion rock drills. The document first introduces the basic structure and working principle of the rock drill, and then elaborates in detail on the preparation work before operation, start-up, rock drilling, tool replacement, parking, impact operation, and operating precautions. In addition, specific steps and troubleshooting methods for maintenance, inspection, and adjustment work are provided.

YN27C rock drill machine CONSTRUCTION

1.Engine:The engine is a hand operated single cylinder and two stroke petrol engine with air cooling,reflux air conversion,no contact ignition,and no floating-type carburetor.It is composed of control parts,starter parts,oil tank parts,flywheel parts,crankshaft,connecting rod,crankshaft case parts,shield parts,magneto parts,piston parts and cylinder parts.
2.Air compressor:The engine piston and hammer piston are mounted separately in the upper and lower place of the cylinder.These two pistons move up and down synchronously.The hammer piston and the bigger bore of the cylinder form a compression chamber,Which together with air inlet and outlet valves and ventilator valves,form the air compressor.It is composed of hammer piston parts and cylinder parts.
3.Rock drill:It is composed of hammer piston parts,rotation mechanism parts and drill chuck parts.

Lubrication and Cooling Action 

Fuel used by the drill is 12:1,that is ,a mixed oil in the proportion 12 parts of gasoline to 1 part of lubricating oil.In operation,mixed oil enters into the crankshaft in fog to lubricate all parts of the crankshaft and the cylinder.During burning,gasoline burns,most of lubricating oil flow into all touching parts through the cylinder space to make them get complete lubrication.
The cylinder of engine is cooled by wind from the flywheel through the surface of emitting heat plates.

YN27·YN27C Operation

(1)Preparation  before  starting:

Preparing  with   mixed   oil,drill   rod,bit,funnel   with  filter   net,some   service   tools   and spark plug,etc.The ratio of mixed oil is  12:1.When the temperature is high or the quality of the lubricating oil is different,it can be adjusted to 6:1 to 10:1 as appropriate.

1.Gasoline:Use gasoline of 93#or 95#.

2.Lubricating   oil:Use   two-stroke   gasoline engine    lubricating oil or automotive lubricant,or  low-condensation  lubricant  at  lower  temperature.

3.Length  of  dill   rods  and  diameter  of  the  carbide   percussive  drillbit:When  drilling,a group  of  drill  rod  length  with  different  size  should  be  prepared  in  order  to  operate

conveniently and safely.They are 0.6m,1.1m,1.6m,2.0m,2.6m,3.0m,selecting them according to the depth of hole.In operating,o.6 is used to drill at first,then  1.1m  instead of smaller one(Fig.1),then they are easy to choose and can work normally.

1、Erect the  machine to  support the  handle  of the  control  body  ,and  fill  fuel  into the gasoline    tank.(Fig.2)

2.Close the air filter.(Fig.3)
3.Rotate the wing nut of fuel valve in counter clockwise one cycle or two to open it.(Fig.4)

4.Pull the starter wire rope slowly for several times to let the mixed oil into the cylinder.When combustible gas in the cylinder burns,stop pulling.(Fig.5)

5.0pen the air filter.(Fig.6)
6.Pull the starter wire rope rapidly and powerfully to start.(Fig.7)After that the machine runs idly for several minutes in order to heat it,then turn the wing nut of fuel valve clockwise ,its rotating speed rises gradually.If abnormal sound with fog in the exhaust pipe,that means fuel supply is not enough.Right now,please turn the wing nut of the fuel valve in a counter clockwise direction and increase the amount of fuel supply.

7.Attention   points   for   starting:

Mixed oil entering into the cylinder being too much or insufficient will be adverse to the starting of the engine.The operator is asked to make a correct judgement for the amount of the mixed oil in the cylinder.The method is to observe the state if a jet of fuel emerges from the exhaust pipe.If poor,please make the wing nut of fuel valve rotate in counter clockwise direction,open fuel valve full.Pull wire rope until combustible gas enter the cylinder burns and the engine be started.If a jet offuel emerges from the exhaust pipe,that means the fuel supply is too much,please make the wing nut of fuel valve rotate in clockwise direction and pull the starter wirerope for several times until it is operating then adjust the wing nut of the fuel valve in a appropriate position.(Fig.8)

(3)Drilling

1.Fitting rod:Press the throttle valve with thumb to make the machine operate with lower speed ,then insert the shortest drills rod into the rotating sleeve.Snap down the yoke so that  bit will  notjump  out.(Fig.9)

2.Start to drilling:Select an appropriate position.Slow down the rotating speed of the machine,use a foot to guide bit for facilitating the make hole.

3.Drilling hole:Release the throttle valve ,let the machine run at full speed.During operation,add appropriate pressure so that no jumping occurs to the machine.If the rotating speed of the machine is too low,adjust the fuel valve to raise its speed.

(4)Changing of rod

(4)Changing of rod Changing of rod ,press the throttle valve to reduce its rotating speed Snap up the yoke by foot,take out the bit and replace another one.Snap down the yoke and then accelerate the machine to full speed.

(5)Stopping:

Stop to work for short time,only press the throttle valve ,or close the air filter.Stop to work a long time,the fuel valve should be closed.(Fig.10)to avoid the too much oil enters into the cylinder.

(6)Hammering:

If digging,breaking,splitting or ramming:

1.To  YN27 dismantle the rotating  sleeve  and  mount  the  notch  of the hammer sleeve alingning with the round  pin  in the  drill  chuck  cover,and  dismante  the  vetilating  pipe  between  the  cylinder  and  the  drill chuck cover assy,then all hammering operations are able to be carried out.

2.To YN-27C you can operate  in(Fig  .12a)manner.

(7)Attention points for operation:

1.Fuel  filling:only  after  the  machine  is  stopped.

2.If  the  machine misfires,make  an  inspection.Don’t  pull  the  starter  wire  rope  vigorously  to  avoid damage to the Parts.

3.During  operation  ,don’t  press  the  machine  by  human  body  to  avoid  to  valid  accidents  when  a  bit breaks

4.When a  bit  is  blocked  ,don’t  move  it  directly  with  the  machine.

5.At  the  initial use  of  a   new  machine  ,the  throttle  valve   is  not  to   be  regulated   high.Only  after  the machine is well mastered  ,its speed can be regulated higher.

6.Working   in   terribly   hot   area,be   cautious   that   the   operation   period   is   not   too   long.When   the temperature of the  machine  is too  high,a  short stop  is  necessary till  it  gets cool.

7.To  avoid  corrosion,the  machine  should  be  stored  at  dry  places.

Maintenance,Inspection and Adjustment

(1)To  observe  strictly  the  maintenance  of  the  machine  tool  can  not  only  ensure  reliable  running  of machine,but  also  prolong  its  service  life.

1.Before  filling  into  oil  tank,mixed  oil  must  be  filtered.

2.After  starting,the   machine  tool  should   beatitude  without  any   loads  for  2-3   minutes  to   lubricate  all sides in order to reduce trouble and prolong its life.

3.Everyday,operating  4  hour,take  out  the  filter  and  wash  itin  gasoline.

4.Every week,outer of the machine and entitling heat plate of cylinder should be cleaned to send out heat.

Diagram of Air filter

5.When  the   machine  is  running,the  deposited  carbon  is  easily  formed in  the   gas  duet  and  on  the   other  parts.Especially  the   bevel  gas  duct  in cylinder  must  be  assured of its free flow.When  cleaning the  bevel  gas duct, switch  down  the  inlet  valve,take  out  cleaning  needle  and  wipe  out  the deposited carbon in the bevel gas duct by the needle.(Fig.12)The inlet valve should also be kept lean.Several holes in the valves should be ensured free

 passage to allow free motion of the steel ball.

6.When  running  of  the machine  is  abnormal  make  an  overall  inspection of  engine  or  make  carbon  cleaning  ,to  wipe  out  carbon  accumulated  piston  ring  ,engine piston  and  impact piston  ,exhaust  hole  in  cylinder  wall  and  spark  gap.Dirt  on  the  flywheel  and  magneto  should  also  be  taken away.

(2)Attention points for Inspection:

1.Be  sure  that  clearance   between  spark  gap  electrodes  should   be  0.5-0.7mm  and  constantly  clean  off carbon and dirties to avoid circuit break and reduction of ignition.(Fig.11)

2.Be sure that the clearance between the steel ball of inlet valve and round pin. 3.Be sure that seal of the check valve plate at the bottom of control body.

4.Be  careful  whether  the  angle  of  ignition  is  changed.The  arrow  of  flywheel  should  be  aligned  with  the sign  on  the  crankshaft.

Disassembling and assembling 

The    machine    must    be    assembled    correctly,strictly    sealed    and perfect    cleanness.After    a period  of  service,the   machine   needs   cleaning   and   repairing,so   disassembling   and   assembling   are of  a  common  occurrence.The  following  cautions  should  be  followed  in  disassembling  and  assume bluing:

1.Disassembling and assembling should be done according to procedure.The parts,especially the piston tings,are to be mounted on their original positions.No errors and missing are allowed.

2.All  the   parts  need  to   be  washed   in   kerosene  or  gasoline   and  applied  a  layer  of   lubrication oil.In   assembling,drive   tight   all   the   screws    nuts    and    spark    plug.Before    trial    running,pull   the starter  wire   rope  slightly  for  several  times,to   see   if  it  is  rotating  freely,then   start  the   machine.

3.If   the   machine    need   an   overall    disassemble   it   according   to   the   following    procedure.For assembling,do    it    reversibly:

In  partial  repair,do  not  disassemble  the  parts,which  need  no  repairing.Try  by  every  means  to disassemble  only  the   parts  wanting  to   be  repaired.

4.In   disassembling    starter    parts,take   off    the    starter   spring,Starter    wire    pulley   and    starter cover  together,be  careful  that  spring   breaks.The   connection   between   clutch   and   crankshaft   is   left threaded,disassemble  it  in  clockwise.And  the  starter  wire  rope  should  be  mount  in  the  wire  pulley slot  according  to  the  arrow  on  starter  cover.

5.In assembling  the  torque  mechanism  parts,be  sure  that  the  straight  and  drift  slots  on  the impact  piston  lever  are  correctly  in  mesh  with   impact piston  lever  are  correctly  in  mesh  with   inner keys  of  upper  rachet  and   rotating  sleeve.

6.Be very careful in disassembling piston ring to avoid  breaking.

7.In  disassembling the engine piston,a notch on the  piston should be faced to the hole of spark plug.

8.Connecting crankshaft case.Cylinder and drill chuck cover.Two long screw levers should be driven tight in interchangeably to ensure the uniform pulling force,but not too tight.

Trouble shooting

MF rod R32 is a specific specification quick connect drill rod, and the following is a detailed introduction to it:

1、 Basic characteristics
Specification and model: MF rod R32
Shape: usually circular or hexagonal to accommodate different usage needs.
Structure: Both ends are designed with threads for easy connection with other equipment or components; The middle is a hollow inner hole used as a water hole for transporting water and air during drilling.
Material: Made of high-quality alloy materials to ensure good strength and wear resistance.

2、 Size and weight
Length: The length of MF rod R32 can be customized according to actual needs. Common length specifications include 915mm, 1220mm, 1525mm, 1830mm, etc., and can even reach 3660mm or longer.
Diameter: usually 32mm, which is also the origin of the “R32” in its model name.
Weight: MF-Rod R32 of different lengths have different weights. For example, the weight of R32 drill rod with a length of 1100mm is about 6.3kg, while the weight of R32 drill rod with a length of 1220mm is about 7.6kg.

3、 Product advantages
High quality: Made of high-quality alloy materials, ensuring the durability and reliability of the product.
Low price: Compared to other similar products, the MF rad R32 has a higher cost-effectiveness, reducing the purchasing cost for users.
Easy to connect: The threaded design at both ends allows the MF-Rod R32 to be easily connected to other devices or components, improving work efficiency.
High transmission efficiency: The hollow inner hole design enables MF-Rod R32 to effectively transmit water and air during drilling, improving drilling efficiency.
In summary, MF-rod R32 is a high-quality and cost-effective quick connect drill rod widely used in engineering fields such as mining and tunnel construction. If you need more information about MF rod R32 or purchase related products, please consult a professional rock drilling equipment supplier or manufacturer.

4、 Application scenarios
MF rod R32, as a high-quality quick connect drill rod, plays an important role in multiple engineering fields and occasions due to its excellent characteristics and wide applicability. The following are the main applications for MF rod R32:

Mining: In mines, MF rod R32 is often used in conjunction with large hydraulic rock drilling machines for rock drilling operations. Its high strength and wear resistance enable it to work for long periods of time in harsh mining environments, improving mining efficiency.
Tunnel construction: MF-rod R32 also plays an important role in tunnel construction. It can be used in conjunction with tunnel boring machines or other drilling equipment for tunnel excavation and support operations. Its easy to connect feature enables efficient drilling work even in narrow tunnel spaces.
Basic Engineering: In the field of basic engineering, such as bridge and high-rise building foundation construction, MF-rod R32 is also commonly used for foundation reinforcement and drilling operations. Its precise dimensions and high-quality manufacturing process ensure the accuracy and stability of drilling.
Other engineering applications: In addition to the above-mentioned fields, MF-rod R32 can also be used in other situations that require drilling operations, such as engineering construction in water conservancy, hydropower, transportation and other fields.

5、 Advantages and disadvantages of MF rod R32
MF rod R32, as a high-quality quick connect drill rod, has a wide range of applications in the engineering field. Its advantages and disadvantages are as follows:

advantage
High strength and wear resistance: MF-rod R32 is made of high-quality alloy materials, which have high strength and wear resistance, and can work for a long time in harsh engineering environments without being easily damaged.
Easy connectivity: The two ends of the MF rod R32 are designed with threads, making it easy to quickly connect with other devices or components and improving work efficiency. This easy connectivity also makes it convenient for MF-Rod R32 to perform drilling operations in small spaces.
High transmission efficiency: The hollow inner hole design of MF-rod R32 enables effective transmission of water and air during drilling, improving drilling efficiency. This is particularly important for engineering operations that require continuous drilling and cooling.
Widely applicable fields: MF-Rod R32 is suitable for multiple fields such as mining, tunnel construction, and foundation engineering, and has broad application prospects.
shortcoming
The cost may be relatively high: Although MF rad R32 has high quality and wide applicability, its manufacturing cost may be relatively high, resulting in a higher sales price. This may be a consideration factor for some budget limited engineering projects.
There are certain requirements for the usage environment: MF-Rod R32 needs to be used in specific engineering environments, such as mines, tunnels, etc. Using in other non professional environments may result in performance degradation or damage.
Maintenance cost: Although the MF rad R32 has high durability, it still requires maintenance and upkeep after long-term use. This includes checking the wear of the threads, cleaning the inner holes, etc. to ensure their proper functioning.
In summary, MF-Rod R32 has advantages such as high strength, wear resistance, easy connectivity, and a wide range of application fields. However, it also has disadvantages such as high cost, certain requirements for the usage environment, and the need for regular maintenance. When choosing to use MF rad R32, it is necessary to comprehensively consider factors such as the specific requirements and budget of the engineering project.

6、 MF rod R32 link method

1、 Direct threaded connection
The two ends of the MF rod R32 are usually designed with standard external threads, which allows it to be directly connected to other devices or components with corresponding internal threads. This connection method is simple, fast, and has high connection strength. For example, MF rod R32 can be directly connected to drill bits for drilling operations.

2、 Connect using a connector sleeve
When it is necessary to connect two MF rod R32 or other types of drill rods, a corrugated thread connection sleeve can be used for connection. The design of the connecting sleeve enables the two drill rods to be tightly connected together, while ensuring the strength and stability of the connection. This connection method is particularly common in situations such as mining and tunnel construction that require long-term continuous drilling.

3、 Connection with other devices
In addition to the above two connection methods, the MF rad R32 can also be connected to other types of devices through specific connectors or adapters. For example, it can be used in conjunction with hydraulic trolleys, rock drills, and other equipment to achieve automated and efficient drilling operations.

4、 Precautions
When connecting MF rod R32, ensure that the threads are clean and dry to avoid impurities or moisture between the threads that may affect the connection effect.
Appropriate torque should be used for fastening during connection to ensure the firmness and stability of the connection. Tight or loose torque can cause damage or looseness at the connection.
Regularly inspect the wear of the connection points and replace severely worn components in a timely manner to ensure the normal operation and safety of the MF-Rod R32.
In summary, the connection methods of MF-rod R32 mainly include direct threaded connection, use of connecting sleeves for connection, and connection with other devices. These connection methods enable the MF-rod R32 to be flexibly applied in various engineering scenarios, meeting different drilling requirements.

The use of guide tubes in underground deep hole drilling significantly contributes to achieving straighter holes. This not only enhances the drilling efficiency by minimizing deviations and waste, but also substantially reduces the overall operating costs associated with corrections and additional drilling.

When specifying guide tubes and drilling rods, a variety of thread types and sizes are available to cater to different drilling needs:

Thread Types: R32, T38, T45, T51, ST58, GT60, MT60, and ST68, each designed for specific applications and hole diameters.

Diameters (mm): 46, 56, 65, 76, and 87, offering a range of sizes to fit various drilling requirements and geological conditions.

Lengths (mm): 1220, 1525, 1830, 2280, 3050, and 3660, ensuring that the rods can reach the desired depths efficiently while maintaining structural integrity.

Highlights of the Drilling Rods:

Quality Materials and Heat Treatment: The thread ends of the rods are crafted from premium materials and undergo rigorous heat treatment processes. This not only hardens the material, reducing the likelihood of dents in the thread ends but also significantly extends the overall service life of the rods.

Reduced Breakage Risk: The heat treatment and use of high-quality materials also minimize the risk of thread end breakage. This ensures a smoother drilling operation with minimal interruptions and downtime.

Enhanced Durability and Efficiency: With less wear on the outer and inner sides of the rod ends, the rods maintain their threading integrity over extended periods. This reduces the need for frequent replacements and increases both use efficiency and service life.

Tight Tolerance for Safety and Durability: The rods are manufactured to precise tolerances, ensuring a snug fit and minimizing the potential for failures due to improper threading. This tight tolerance guarantees not only the safety of the drilling operation but also the durability and high quality of the final hole.

In summary, the combination of guide tubes and high-quality, precisely engineered drilling rods with a variety of thread types, diameters, and lengths ensures straighter holes, higher efficiency, cost savings, and long-term durability in underground deep hole drilling operations.

Retrac button bits are a type of drilling tool commonly used in the mining and construction industries. These button bits are designed with a retractable skirt feature, which helps in retrieving the drill tool from loose and relatively broken rock masses. The retractable skirt design reduces the risk of bit sticking and burial, and it also aids in improving the straightness of the borehole.

These button bits are available in various sizes and specifications to cater to different drilling requirements. They are manufactured with high-quality materials and carbide tips to ensure durability and efficient performance. The table provided in the knowledge base offers a detailed list of retrac button bits, including their appearance, diameter, button configuration, flushing hole details, and weight.

Some common models of retrac button bits include R25, R28, R32, R35, R38, T38, T45, T51, GT60, ST58, ST68, and SR35. Each model has specific dimensions and features that make them suitable for particular drilling applications. For example, the T45 retrac button bit has a diameter of 45mm and is designed for use in medium to hard rock formations.

In summary, retrac button bits are specialized drilling tools that offer improved retrieval capabilities and better borehole straightness, making them ideal for use in challenging drilling conditions.

A drilling button bit is a specialized type of drill bit characterized by its incorporation of numerous tiny, round, and highly durable tungsten carbide “buttons” or inserts embedded into its drilling face. These buttons function as the primary contact points, effectively crushing, chipping, and fracturing rock as the bit is rotated and pressed into the earth. This particular drill bit is ideal for applications in mining, construction, and various other drilling tasks. The R32 designation pertains to the thread size, specifically indicating a nominal diameter of 32 mm, ensuring compatibility with drill rods and shanks that adhere to this threading standard.

Specifications of the R32 Drilling Button Bit

The R32 button bit comes in a range of specifications tailored to specific requirements, including rock type, desired hole diameter, and drilling technique. Below are some common specifications for R32 button bits:

Button Bit Specifications:

• R32-41mm: Button design: spherical/ballistic (5×9+2×9), Face design: flat/drop center
• R32-43mm: Button design: spherical/ballistic (5×10+2×8), Face design: flat/drop center
• R32-45mm: Button design: spherical/ballistic (6×9+3×8), Face design: flat/drop center
• R32-48mm: Button design: spherical/ballistic (6×10+3×9), Face design: flat/drop center
• R32-51mm: Button design: spherical/ballistic (5×12+5×12), Face design: flat/drop center

Reaming Bit Specifications:

• R32-76mm: Button design: 9×13+1×13
• R32-89mm: Button design: 14×13+1×13
• R32-102mm: Button design: 16×13+1×13

Structure Features of the R32 Drilling Button Bit

Button Design:

The defining characteristic of a button drill bit is the presence of buttons embedded in its head. These buttons are typically made of cemented carbide, such as tungsten carbide. The shape of the buttons allows for greater pressure to be applied over a smaller contact area when in contact with hard materials like rocks. In open-pit mining, for instance, the buttons act as mini “hammers,” facilitating the cracking and breaking of rocks.

Drill Body:

The body of the button drill bit is generally constructed from high-quality steel, serving as a sturdy support for the buttons. The design of the bit body ensures it possesses sufficient strength and toughness to endure the impact and torque encountered during drilling operations. The buttons are connected to the bit body through a specialized method, making it straightforward to replace worn-out buttons.

If you have any inquiries about the R32 drilling button bit, please feel free to contact us.

Rock drill rods are specialized tools utilized in mining, construction, geological exploration, and various other industries in conjunction with rock drills and drill bits. Their primary function is to transmit the impact force and torque generated by the rock drill to the drill bit, enabling the bit to penetrate and fragment rock to create boreholes.

Types of Rock Drill Rods

Rock drill rods are categorized into various types based on their specific applications, including top hammer drill rods, down-the-hole (DTH) drill rods, and tapered drill rods.

Differences Between Types of Rock Drill Rods

1. Down-the-Hole (DTH) Drill Rod
   • Working Principle: DTH drilling operates by utilizing high-pressure air to drive a down-the-hole hammer, where the impact force is directly applied to the drill bit. This method is more efficient, quieter, and results in straighter boreholes compared to other drilling techniques.
   • Applications: Suitable for deep hole drilling operations, such as geological exploration, water well drilling, and oil drilling, with hole depths reaching hundreds of meters or more.
   • Structural Features: DTH drill rods are relatively thick and hollow, designed to transmit compressed air or hydraulic oil. They typically use threaded joints for connection.

1. Top Hammer Drill Rod
   • Working Principle: The working principle of top hammer drilling is similar to DTH drilling, but the impact force is applied at a different location. The impact force of the top hammer originates from the piston within the rock drill, acting on the shank adapter and transmitted to the drill bit through the drill pipe.
   • Applications: Ideal for medium and shallow hole drilling operations, such as tunnel excavation, mining, and construction projects, with hole depths generally within tens of meters.
   • Structural Features: Often equipped with threaded joints for easy connection and disassembly.

1. Tapered Drill Rod
   • Working Principle: Tapered drill rods connect to the drill bit via a taper/angle and drill the rock using both impact and rotational forces.
   • Applications: Suitable for shallow hole rock drilling operations, such as small-scale mining and geological surveys. Hole depths are typically shallow and are primarily used with handheld rock drilling equipment.
   • Structural Features: The end of the drill rod features a taper for connecting to a taper button bit. The design is straightforward and suitable for light rock drilling applications.

SHANDIKE: A Specialized Manufacturer of Drilling Tools

SHANDIKE is a specialized manufacturer of drilling tools, offering a range of rock drill rods with various specifications. If you are interested in our products, please contact us for more information.

DTH (Down The Hole) Bits, also known as down the hole drill bits, are important tools used for rock drilling and drilling. DHD360, COP64, QL60, SD6, and Mission60 are different models or specifications of down the hole drill bits, usually equipped with corresponding drill rods (Shank) for connecting the drilling rig and drill bit, transmitting torque and impact force.

Product Features

High wind pressure adaptability: These down the hole drill bits are typically designed to work in high wind pressure environments, capable of withstanding significant impact forces, ensuring drilling efficiency and quality.

Multiple specifications are available: DHD360, COP64, QL60, SD6, Mission60 and other models represent different drill bit specifications and sizes, suitable for drilling needs of different apertures and depths.

High quality material manufacturing:

1. High quality forging technology improves the fatigue strength of the drill bit body.

2. High quality hard alloy and suitable size can ensure the stability of the hard alloy life of the drill bit.

3. Easy to replace and maintain: The connection between the drill bit and drill rod is designed reasonably, making it easy to replace and maintain, reducing downtime and maintenance costs.

3、 Application Fields

These down the hole drill bits are widely used in mining, oil exploration, water well drilling, foundation engineering construction and other fields. They can efficiently penetrate rocks and soil, providing necessary drilling support for various engineering projects.

Three Kind Of Bit Face And Two Kind Of Button Shapes Are Available

Flat Face

Application: Hard and abrasive rock formation.

Typical formation: Granite, hard limestone, basalt.

Concave Face

Application: Medium hard to hard formations. Less abrasive, fractured formations. Excellent control for hole deviation.

Typical formation: Granite, hard limestone, basalt.

Convex Face

Application: Soft to medium hard rock. Non abrasive formation. High penetration rate.

Typical formation: Limestone, hard limestone, shale.

Features

1. Excellent insetting technology ensures that the carbides will not drop out from the bit body.

2. Advanced heat treatment equipment and technology to ensure the stability of the bit body performance.

3.Special bit surface design, structure design and specific processing technology are adopted to ensure the service life of DTH bit for different rock formation.

We can also supply other size bits with different shanks. If you need more information, please contact our sales for details.

3.5”: DHD3.5, IR3.5, BR33

4”: DHD340, COP44, QLX40, TD40, SD4, MISSION40

5”: DHD350, COP54, QL50, SD5, MISSION50

6’: DHD360, COP64, QL60, SD6, MISSION60

8”: DHD380, QL80, SD8, MISSION80

10”: SD10, NUMA100

Large Diameter DTH BITS

The large diameter bits are mainly used in three applications: embedded prefabrication pile, long spiral pile and large diameter end bearing pile.

We can supply large diameter bits with different size and shanks:

12”: DHD112, SD12, NUMA120, NUMA125

14”: NUMA125

18’: NUMA180

24”: NUMA240

Large Diameter DTH Bits Features

Wide applied for complex rock formation like caves, pebbles, fissures etc;

Drilling through hard rocks with high penetration rate;

Low air consumption.

QSAAA Taper Drill Rods are high-quality rock drilling tools.

1. Main features
   Raw materials: QSAAA Taper Drill Rods are usually made of high-quality alloy steel materials such as 55SiMnMo. After careful smelting and processing, the high strength and wear resistance of the drill rods are ensured.
   Production process: The production process involves multiple processes, such as steel rolling, forging, normalizing, quenching and tempering, to ensure that the drill rods have excellent performance.
   Brand and specifications: QSAAA Taper Drill Rods belong to the well-known brand QSAAA series, with various specifications and can be customized according to customer needs. Common specifications include different tapers (such as 7°, 11°, 12°, etc.), lengths (such as 0.4m~10m, etc.) and diameters.
2.  Shank size: H22*108mm/ H25*108mm/H25*159mm.

1. Performance and application
   Performance: QSAAA Taper Drill Rods have the characteristics of high strength, high wear resistance and high toughness. They can withstand large drilling forces and torques and are suitable for various complex drilling environments.
   Application: Mainly used for rock drilling, blast hole drilling and other drilling operations, such as quarries, gold mines, railways, tunnels and other engineering fields.

1. Selection and purchase
   Quality grade: QSAAA tapered drill rods provide multiple quality grades, including Grade A, Grade B, Grade C and Grade D, etc. Customers can choose the appropriate drill rod according to the hardness of the rock and the type of drilling tools.
   Packaging and transportation: Drill rods are usually packaged in bundles or wooden boxes to ensure safety during transportation and storage. The mode of transportation can be selected according to customer needs, such as express, sea or air transportation.

1. Precautions
   Inspection before use: Before using QSAAA tapered drill rods, they should be inspected to ensure that there are no defects such as cracks and rust on the surface of the drill rods.
   Correct installation: The drill rod should be properly installed according to the installation guide provided by the manufacturer to ensure that it can maintain stability and safety during use.
   Maintenance: Regularly maintain the drill rod, such as cleaning and oiling, to extend its service life.

22mm（7/8″）Tapered drill rods	L		Taper Degree	Weight (kg)
	mm	foot/inch
H22×108 Shank	500	1′ 5/8″	7o	1.5
	800	2′7 1/2″		2.4
	1000	3′3 3/8″		3
	1200	3′11 1/4″		3.6
	1500	4′ 11″		4.5
	1800	5′10 7/8″		5.5
	2000	6′6 3/4″		6.1
	2200	7′2 5/8″		6.7
	2500	8′2 3/8″		7.6
	3000	9′10 1/8″		9.1
	3500	11′5 3/4″		10.6
	4000	13′1 1/2″		12.1
	4500	14′9 1/8″		13.6
	5000	16′4 5/8″		15.1
	6000	19′8 1/4″		18.2
	7000	22′11 5/8″		21.2
	8000	26′ 3″		24.2
H22×108 Shank	800	2′7 1/2″	12o	2.4
	1200	3′11 1/4″		3.6
	1600	5′ 3″		4.9
	2200	7′2 5/8″		6.7
	2400	7′10 1/2″		7.3
	3200	10′ 6″		9.7
H22×108 Shank	1800	5′10 7/8″	7o	5.5
	2000	6′6 3/4″		6.1
	2500	8′2 3/8″		7.6
	3000	9′10 1/8″		9.1
	3500	11′5 3/4″		10.6
	4000	13′1 1/2″		12.1
	5000	16′4 5/8″		15.1

If you need Tape Rods QSAAA, please contact SHANDIKE Company. We are one of the largest QSAAA DRILL RODS manufacturers

Pneumatic Rock Drill Rods are an important component in the field of pneumatic tools, mainly used for drilling operations on hard materials such as rocks.

1、 Definition and purpose
The drill rod of a pneumatic rock drill is a key component of the pneumatic rock drill. It uses compressed air as a power source to push the drill rod and drill bit into the rock through the impact and rotation of the pneumatic rock drill, thereby achieving the purpose of drilling. Pneumatic rock drills are widely used in mining, tunnel excavation, rock exploration, water conservancy and hydropower engineering and other fields.
2、 Structure and Characteristics
Structure: The drill rod of a pneumatic rock drill usually consists of three parts: the rod body, the joint, and the drill bit. The rod body is the main part of the drill rod, usually made of high-strength alloy steel to withstand the impact and torsional forces during drilling. The joint is used to connect the drill rod and the rock drill, ensuring that the drill rod can stably transmit power. The drill bit is the working part of the drill rod, used for directly crushing rocks.

characteristic:
High strength: The drill rod needs to withstand the huge impact and torsional force during the drilling process, so it must have high strength.
Wear resistance: The drill rod will rub against the rock during the drilling process, so it must have good wear resistance.
Easy to replace: In order to facilitate maintenance and replacement, drill rods are usually designed with modularity, which allows for easy disassembly and replacement of drill bits.
3、 Working principle
The working principle of the drill rod of the pneumatic rock drill is based on the working principle of the pneumatic rock drill. When compressed air enters the rock drill, it will push the piston to perform reciprocating motion, thereby generating impact force and rotational force. These forces are transmitted to the drill bit through the drill rod, causing the drill bit to perform impact and rotation drilling in the rock.
4、 Usage and maintenance
Usage: When using the drill rod of a pneumatic rock drill, the following points should be noted:
Ensure that the connection between the rock drill and the drill rod is firm and reliable.
Select appropriate drill bits and rods based on the hardness of the rock and the diameter of the borehole.
Proper impact force and rotation speed should be maintained during the drilling process.
Maintenance: In order to extend the service life of the drill rod of the pneumatic rock drill, regular maintenance and upkeep are required. Specifically, it includes:
Regularly inspect the wear of drill pipes and replace severely worn ones in a timely manner.
Keep the drill rod and rock drill clean to prevent dust and debris from entering.
Lubricate the drill rod to reduce friction and wear.
5、 Development Trends
With the advancement of technology and the development of engineering fields, the drill rods of pneumatic rock drills are constantly improving and innovating. Future development trends may include:
Material innovation: Using higher strength and more wear-resistant materials to manufacture drill rods to improve their service life and performance.
Intelligent design: By integrating sensors and intelligent control systems, real-time monitoring and intelligent control of the working status of drill pipes can be achieved.
Modular design: Further optimize the modular design of the drill pipe to make it easier to disassemble, replace, and maintain.
In summary, the drill rod of a pneumatic rock drill is an important component in the field of pneumatic tools, with broad application prospects and development potential. With the continuous advancement of technology and the continuous development of engineering fields, the performance and intelligence level of pneumatic rock drilling drill rods will continue to improve, providing more efficient and reliable drilling solutions for various engineering fields.

Pneumatic rock drill rod models

Shandike, a manufacturer of rock drilling tools, produces hexagon-shaped drill steel for rock drill bits.

To enhance strength at the rock drill end and accommodate larger diameter and shank adapters, it is common to increase the drive end of drifting drill steel. Drill steel is available in various standard lengths to match the drill feeds of multiple drifting jumbos. Since the coupling does not enter the hole, a bit diameter closer to the steel diameter can be utilized, which improves flushing and hole accuracy.

Shandike offers drill bits, couplings, shank rods, and tunnel rods in lengths ranging from 2440mm to 6435mm (8′-21′) with R25, R28, and R35 bit end threads and standard shank end thread types. The hexagon body sizes range from H25 to H35, and round rods are available with a diameter of 39mm. Male/Female tunnelling rods are also available in 35mm hexagon and 39mm round.

Hexagon drifting drill rods with a hex size of 35 have several advantages:

The cross-sectional dimension of the material is measured across the flat, providing increased rigidity and weight.

The cross-sections transfer energy more efficiently and reduce annuls in the drill hole, enhancing flushing.

The smaller space combined with the corners of the steel creates turbulence in the hole, keeping heavier cuttings moving, especially in horizontal holes.

The rigidity of the cross-section allows for the use of a larger thread.

Rope threads, such as R32, have a low pitch (12.7mm) and a small angle of profile. They range in size from 22mm to 38mm and have good wear properties but poor uncoupling. They are ideal for single-pass or short-hole drilling applications, such as underground tunneling, that require infrequent uncoupling. Rope threads larger than R32 are not recommended for extension drilling with high-powered drills due to difficulty in uncoupling.

HM or “T” threads, such as T38, have a larger pitch and a larger angle of profile than rope threads. They come in sizes 38mm, 45mm, and 51mm and have excellent wear properties and good coupling qualities. They are ideal for extension drilling with multiple steel, compatible with heavy high-torque rock drills for surface and underground applications.

The SHANDIKE line of 6” Down-The-Hole (DTH) hammers leverages proven technology to offer exceptional performance at the highest levels compared to other drills available in the market. These tools are versatile and highly suitable for a wide array of drilling applications, encompassing residential geothermal installations, production quarry drilling, seismic exploration drilling, and small-scale construction drilling projects.

Within the SHANDIKE range of 6” hammers, customers can choose from several popular shank options: the QL60 shank, which is widely used and highly regarded; the DHD 360 shank, known for its robustness and reliability; and the SD6 shank, another trusted variant.

SHANDIKE has incorporated patented features into these hammers to maximize energy output while simultaneously minimizing the need for maintenance and service. By reducing the number of internal components, the complexity of service and maintenance requirements is greatly decreased. The valveless, high-frequency design of these hammers ensures a smooth and consistent operation, which further enhances their reliability and durability.

Each hammer features a hardened wear sleeve that provides superior wear resistance, even in the most abrasive and demanding drilling conditions. The multi-start threads on both the backhead and chuck make coupling and uncoupling of the hammer quick and easy, saving time and effort on the job site.

Additionally, the unique internal mount system eliminates the need for wear shims and special assembly tools, simplifying the installation and setup process. All critical internal components have undergone heat treatment under strict control, ensuring they are resilient and capable of withstanding the stresses and rigors of constant use, thereby maximizing the tool’s overall longevity and service life.

In summary, the SHANDIKE range of 6” DTH hammers combines proven technology, versatility, reliability, and advanced design features to deliver outstanding performance across a variety of drilling applications.

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