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Hans 160/10 Mud Pump: light, portable horizontal triplex piston pump for geological prospection, core drilling, and field sampling operations. Pompa lumpur Hans 160/10 adalah pompa piston reciprocating aksi tunggal triplex horizontal ringan, memiliki banyak fitur bagus seperti ukuran kecil, ringan, umur panjang, mudah diangkut, kinerja bagus, dan menggunakan banyak bagian industri standar atau universal. cocok untuk prospek geologi. pengeboran teknik geologi dalam jarak 1000 meter di berbagai bidang seperti kereta api, konservasi air, metalurgi, konstruksi dan geologi. PERFORMANCE The Hans 160/10 Mud Pump is a versatile and efficient piece of equipment designed for a range of drilling and pumping applications, particularly in geological exploration and engineering drilling. Here's a summary of its key performance characteristics and features: Light Horizontal Triplex Design: The triplex configuration, with three cylinders, provides reliable and efficient pumping performance. Its horizontal orientation ensures stability during operation. Single Action Reciprocating Piston Pump: The single-action reciprocating piston design simplifies operation and maintenance while contributing to the pump's durability and long service life. Small Size and Lightweight: The pump's compact size and lightweight construction make it highly portable and easy to transport, enhancing its mobility for fieldwork in various locations. Long Service Life: Designed for durability, the pump is built to withstand the demands of drilling operations, ensuring a long service life with minimal downtime for maintenance. Versatile Compatibility: The pump's compatibility with standard or universal industrial parts simplifies maintenance and replacement of components, reducing operational costs and downtime. Good Performance: The pump's efficient pumping capabilities ensure reliable fluid circulation during drilling operations, essential for maintaining borehole stability and collecting geological data. Suitability for Geological Prospection: The pump is well-suited for geological prospection, allowing geologists to collect core samples and assess subsurface conditions accurately. Wide Range of Applications: The pump's versatility enables its use in various industries and drilling projects, including railway, water conservancy, metallurgy, construction, and geological exploration. Drilling Depth: Capable of supporting drilling depths of up to 1000 meters, making it suitable for deep drilling projects and assessments. Efficient Fluid Circulation: In drilling operations, maintaining consistent fluid circulation is crucial for cooling the drill bit, transporting cuttings, and preventing borehole collapse. The pump's performance contributes to efficient circulation. Ease of Operation: Designed to be user-friendly, the pump allows operators to control and monitor performance easily, contributing to efficient and safe drilling operations. Environmental Considerations: Efficient fluid circulation helps minimize environmental impact by reducing the risk of borehole contamination during drilling operations. The Hans 160/10 Mud Pump's combination of portability, durability, and compatibility with standard industrial parts makes it a valuable tool for professionals and projects across various industries. Its ability to perform efficiently in different geological conditions and drilling scenarios enhances its practicality and value in a wide range of applications. Specific performance metrics and capabilities may vary based on the exact model and configuration of the pump. APPLICATION The Hans Mud Pump, with its compact and efficient design, is suitable for a wide range of applications, particularly in geological exploration, geological engineering drilling, and various industrial sectors. Here are specific applications where the pump can be effectively utilized: Geological Prospection: The pump plays a crucial role in geological prospection activities, allowing geologists to collect core samples and assess subsurface conditions accurately. It helps in identifying valuable mineral deposits, rock formations, and geological structures. Geological Engineering Drilling: In geological engineering projects, the pump is used to circulate drilling fluids during drilling operations, ensuring stable borehole conditions, collecting geological data, and minimizing borehole collapse risks. Railway Construction: The pump can be employed in railway construction projects for drilling boreholes necessary for assessing the ground conditions, soil stability, and foundation requirements. Water Conservancy Projects: Water conservancy projects often involve drilling for site assessments and groundwater studies. The pump aids in collecting samples and maintaining borehole stability in such projects. Metallurgy Industry: The metallurgy industry may use the pump for drilling boreholes to explore mineral resources, assess geological conditions, and gather samples for mineral analysis. Construction Industry: In the construction sector, the pump is valuable for drilling foundation boreholes, assessing soil quality, and determining appropriate foundation designs for buildings and infrastructure projects. Geological Surveys: Geological surveys conducted for research or environmental assessments benefit from the pump's efficient drilling fluid circulation and core sample collection capabilities. Field Exploration: Geologists and exploration teams rely on the pump to collect core samples in remote or challenging terrains during field exploration activities. Mineral Exploration: The pump is instrumental in mineral exploration projects, helping geologists and mining professionals assess ore deposits and geological conditions. Environmental Studies: The pump can be used in environmental studies to collect soil and sediment samples for pollution assessments, contaminant tracking, and groundwater monitoring. Oil and Gas Exploration: While not explicitly mentioned, the pump can also have applications in drilling operations related to oil and gas exploration, particularly in assessing subsurface formations and drilling boreholes. Research and Development: In research and development initiatives, the pump can support experimental drilling and geological sampling for academic or scientific purposes. The Hans Mud Pump's portability, durability, and compatibility with standard industrial parts make it a versatile tool for professionals and projects across various industries. Its ability to perform efficiently in different geological conditions and drilling scenarios enhances its practicality and value in a wide range of applications. Specific applications should be determined based on project requirements and geological or environmental conditions. How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Komentar Tulis komentar Tulis komentar Bagikan Pemikiran Anda Jadilah yang pertama menulis komentar. FAQ Q: Can you take a core sample of the earth? Core samples are cylindrical pieces drilled from soil and rock. These samples allow scientists to study the properties and geological history of the Earth — or the moon or other planets. Q: Do geologists drill holes? Geologists drill holes into the rock underground for several reasons. Probably the greatest number of wells drilled are for water and these are the ones most people are familiar with. But, usually very little rock information can be derived from them because they are either too shallow or barely drilled into bedrock. Q: Can geophysical method replace drilling? Geotechnical geophysics is not a substitute for boring or testing, but it is often a very cost-effective and reliable means of imaging the subsurface between and below boreholes and for determining the in situ bulk properties of soil and rock. Q: What is core drilling mineral exploration? Core drilling produces cores of sub-surface material and is the most commonly used method of obtaining information about the presence of minerals or precious metals, as well as rock formations. The core drilling method gives the geologist the opportunity to analyze the sample by eye as well as by more advanced methods.

Portable HS-2CS Gasoline Engine Sampling Drilling Rig. Compact, lightweight, versatile, ideal for geological, civil, bridge, railway, and hydro-power projects. Pengenalan singkat Rig Pengeboran Pengambilan Sampel Mesin Bensin 2CS Rig pengeboran pengambilan sampel mesin bensin HS-2CS digunakan untuk bangunan industri dan sipil geologi, jembatan, kereta api, jalan raya, survei industri tenaga air, eksplorasi geofisika, pengeboran lanjutan dan pengeboran lubang grouting. Rig pengeboran pengambilan sampel mesin bensin HS-2CS memiliki beberapa fitur berikut: struktur kompak, volume kecil, ringan, dua gigi, mudah dipindahkan. Spesifikasi Rig Pengeboran Pengambilan Sampel Mesin Bensin HS-2CS PERFORMANCE The performance of a 2CS Gasoline Engine Sampling Drilling Rig can vary depending on several factors, including the specific model, manufacturer, and the intended use. However, here are some key performance aspects and considerations that are generally relevant to such drilling rigs: Drilling Depth: The drilling depth capability is an essential performance factor. Different models of drilling rigs may have varying maximum drilling depths, which can range from a few meters to several hundred meters or more. The depth capacity should match the requirements of the intended applications. Drilling Speed: The drilling speed can affect the efficiency of sample collection. Higher drilling speeds may be desirable for projects where rapid drilling is necessary, while slower speeds may be preferred when precision and control are paramount. Sample Quality: The quality of the samples collected is a critical performance indicator. The rig should be capable of extracting clean and undisturbed samples to ensure accurate geological or environmental analysis. This often depends on the type of drilling method used (e.g., core drilling , auger drilling ). Power and Torque: The power output of the gasoline engine and its torque are crucial for efficient drilling, especially in challenging geological conditions. A more powerful engine can handle tougher materials and achieve greater depths. Mobility and Portability: Portability is essential for fieldwork. A well-designed drilling rig should be easy to transport to remote or difficult-to-reach locations, allowing for versatility in its applications. Safety Features: Performance should also be evaluated in terms of safety. The drilling rig should have safety mechanisms in place to protect the operator and the environment during drilling operations. Sample Handling and Retrieval: The drilling rig's performance may also be assessed based on its ability to handle and retrieve collected samples efficiently. This includes mechanisms for safely storing and extracting samples from the drilling equipment. Durability and Reliability: The longevity and reliability of the drilling rig are crucial for minimizing downtime and maintenance costs. It should be able to withstand the rigors of fieldwork and continue to perform consistently. Versatility: The ability to adapt to various drilling methods (e.g., core drilling , rotary drilling , percussion drilling ) is a significant performance factor. Versatility allows the drilling rig to tackle a wide range of projects and geological conditions. Environmental Impact: Consideration of the rig's environmental impact is essential. It should be designed with features that minimize disturbance to the surrounding environment during drilling operations. Ease of Operation: The rig should be user-friendly and easy to operate, as operators often need to work in challenging conditions. Clear controls and intuitive operation can enhance its performance. Cost Efficiency: The overall cost of operating the drilling rig, including fuel consumption and maintenance, is another performance factor. A cost-effective rig can be more attractive for long-term use. It's important to note that specific performance metrics and capabilities may vary between different models and brands of 2CS Gasoline Engine Sampling Drilling Rig . The choice of a particular rig should be based on the specific needs and requirements of the project or application in which it will be used. Additionally, regular maintenance and proper training of operators play a significant role in ensuring optimal performance and longevity of the equipment. APPLICATION The 2CS Gasoline Engine Sampling Drilling Rig has a variety of applications across different industries due to its ability to collect subsurface samples efficiently. The applications for this type of drilling rig: Geological Exploration: This drilling rig is extensively used in geological surveys and exploration to collect rock and soil samples. Geologists use these samples to analyze the composition of the Earth's crust, identify mineral deposits, and study the geological history of an area. Environmental Site Assessments: Environmental scientists and engineers use the drilling rig for site assessments. It allows them to sample soil and groundwater to assess the presence of contaminants and potential environmental hazards. This information is crucial for environmental impact assessments and remediation projects. Mineral Prospecting: In the mining industry, this drilling rig is employed to identify and evaluate mineral resources beneath the surface. Geologists and mining engineers use the collected samples to determine the quality and quantity of valuable minerals, such as ores and precious metals. Groundwater Monitoring: Hydrogeologists use the rig to access underground aquifers and collect water samples for groundwater quality analysis. Monitoring groundwater is essential for managing water resources and ensuring its suitability for consumption and industrial use. Construction and Engineering: Engineers often use this type of drilling rig for soil sampling during construction projects. It helps in assessing soil stability, composition, and bearing capacity to ensure safe and stable construction. Soil Research: Soil scientists and agronomists utilize the drilling rig to study soil properties, nutrient content, and contamination levels. This information is valuable for agricultural research, land use planning, and soil conservation efforts. Foundation Design: Structural engineers employ the rig to collect soil samples to design foundations for buildings and infrastructure projects. Understanding soil characteristics is critical for ensuring the stability and safety of structures. Archeological Excavations: Archaeologists may use this drilling rig to explore historical or archaeological sites. It can help them collect samples from various layers of sediment to uncover artifacts and understand past civilizations. Natural Resource Management: The drilling rig is used in natural resource management to assess the environmental impact of resource extraction activities, such as oil and gas drilling, and to monitor the condition of ecosystems. Research and Education: Academic institutions and research organizations use these drilling rigs for scientific research and educational purposes, teaching students about geological and environmental sampling techniques. The versatility of the 2CS Gasoline Engine Sampling Drilling Rig makes it a valuable tool in various fields where subsurface sampling and data collection are essential. Its portability and adaptability make it suitable for both fieldwork in remote locations and urban environments, where precise information about the subsurface is required for decision-making and analysis. How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Komentar Tulis komentar Tulis komentar Bagikan Pemikiran Anda Jadilah yang pertama menulis komentar. FAQ Q: What are the 3 main purposes of Exploration? What are the 3 main purposes of Exploration? Overview. Historians generally recognize three motives for European exploration and colonization in the New World: God, gold, and glory. Q: What are the 5 mining processes? The mining industry operates through a sequence of stages: exploration, discovery, development, production and reclamation. All stages of this Mining Cycle provide direct economic stimulus. Q: What is G1 G2 G3 G4 exploration? According to The United Nations Framework Classification for Resources (UNFC), there are four stages of exploration for any mineral deposit: reconnaissance (G4), preliminary exploration (G3), general exploration (G2), and detailed exploration (G1).Feb 14, 2023 Q: What is the first step in mineral exploration? Prospecting is often the very first stage in the search for mineral deposits. It includes low impact work to search for mineral deposits in a permitted area.

HS1601 Drilling Mud Pump: compact, high-pressure, and efficient. Ideal for backpack drill rigs, geological exploration, core sampling, and field drilling. Pompa lumpur HS-160 adalah pompa piston horizontal 、 silinder tunggal double-acting 、 timbal balik. Pompa ini menggunakan poros engkol dan penghubung. Sistem penggerak utama yang diminyaki dengan baik dan dengan ketahanan tinggi berada dalam posisi tertutup. Katup hisap dan katup drainase adalah katup periksa bola. Katup buka dan tutup dapat diandalkan dan tahan lama. Pompa memiliki keunggulan tugas tinggi, tekanan sedang, struktur sederhana, perawatan mudah, kecil dan ringan, dan sebagainya. Ini terutama digunakan untuk memasok cairan pencuci dalam pengeboran geologi teknik. Cairan yang kadar pasirnya kurang dari 5% atau tidak menimbulkan efek korosif pada logam dan bagian karet dapat disuplai oleh pompa. PERFORMANCE The HS-160 Mud Pump is designed for specific applications, particularly in the field of engineering geology and drilling. The key performance characteristics and features: Horizontal Single-Cylinder Design: The pump features a horizontal, single-cylinder, double-acting, reciprocating piston design. This configuration is known for its simplicity and reliability in pumping operations. Crankshaft and Connecting Rod Driven System: The pump utilizes a crankshaft and connecting rod-driven system, which provides a well-oiled and highly durable operation. This closed system ensures that essential components are protected and maintained. Ball Check Valves for Suction and Discharge: The pump is equipped with ball check valves for both suction and discharge. These valves offer reliable and durable performance, ensuring efficient fluid flow during operation. High-Duty Operation: The pump is capable of high-duty operation, making it suitable for demanding applications that require consistent and reliable pumping performance. Moderate Pressure: It operates at a moderate pressure, which is well-suited for supplying washing liquid in engineering geology drilling operations. Simple Structure: The pump's design features a simple structure, which contributes to ease of maintenance and repair. This simplicity is valuable in fieldwork scenarios. Ease of Maintenance: Maintenance and servicing of the pump are straightforward, allowing for easy upkeep, reduced downtime, and cost-effective operation. Small and Lightweight: The pump is designed to be small and lightweight, enhancing its portability and ease of transportation to drilling sites. Compatibility with Low-Sand Content Liquids: The pump is suitable for supplying liquids with a sand content of less than 5% or those that do not have a corrosive effect on metal and rubber parts. This makes it versatile for various drilling fluid types. Application in Engineering Geology: The pump is primarily used for supplying the washing liquid required in engineering geology drilling operations. It facilitates the circulation of drilling fluids during geological exploration. Durable and Reliable Valves: The ball check valves for suction and discharge contribute to the pump's reliability and durability during extended periods of operation. Versatility: While the pump is designed for specific applications in engineering geology, its versatility allows it to be adapted for other scenarios where its characteristics align with the requirements. The HS-160 Mud Pump's combination of simplicity, reliability, and compatibility with specific drilling fluid types makes it a valuable tool for professionals involved in engineering geology and drilling. Its ability to handle moderate pressure and provide consistent performance in the circulation of drilling fluids contributes to its practicality and efficiency in the field. APPLICATION The HS-160 Mud Pump is designed for specific applications in the field of engineering geology and drilling, particularly for the circulation of drilling fluids and supplying washing liquids. The specific applications where the pump can be effectively utilized: Engineering Geology Drilling: The pump is primarily used in engineering geology drilling operations to supply the necessary washing liquids for the circulation of drilling fluids. It helps in maintaining borehole stability and collecting geological data. Soil Sampling and Core Drilling: It can be employed in soil sampling and core drilling projects, where the circulation of clean drilling fluids is essential to extract undisturbed soil samples and core samples for geological and geotechnical assessments. Environmental Site Assessments: During environmental site assessments, the pump is used to supply washing liquids for soil and groundwater sampling. It aids in assessing contamination levels and environmental hazards. Mineral Exploration: In mineral exploration projects, the pump can be utilized to supply drilling fluids that help extract core samples for mineral analysis and assessment of ore deposits. Foundation Engineering: For foundation engineering studies and assessments, the pump assists in maintaining borehole stability while drilling for soil analysis and assessing soil properties for construction projects. Civil Engineering and Construction: The pump can be used in civil engineering and construction projects to facilitate the circulation of drilling fluids during soil investigations and foundation design. Geotechnical Investigations: Geotechnical investigations, which involve assessing soil and rock conditions for engineering purposes, benefit from the pump's ability to maintain fluid circulation during drilling operations. Hydrogeological Studies: Hydrogeological studies that require groundwater monitoring and borehole assessments use the pump to supply clean fluids for sampling and analysis. Research and Development: In research and development initiatives related to drilling technology and fluid circulation, the pump can be used for experimental drilling and fluid supply. General Drilling Fluid Circulation: While primarily designed for supplying washing liquids, the pump can also be adapted for general drilling fluid circulation in applications where the liquid has low sand content and is non-corrosive to metal and rubber parts. The HS-160 Mud Pump's characteristics, such as its simplicity, reliability, moderate pressure operation, and compatibility with specific drilling fluid types, make it a valuable tool for professionals and projects in the fields of engineering geology, drilling, and geotechnical assessments. Its ability to maintain fluid circulation and supply clean liquids contributes to efficient drilling and sampling operations in various applications. Specific applications should be determined based on project requirements and geological or environmental conditions. How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Komentar Tulis komentar Tulis komentar Bagikan Pemikiran Anda Jadilah yang pertama menulis komentar. FAQ Q: What is exploration rig? In exploration a drilling rig is a derrick (rig) that is suitable for the development of oil, gas or water deposits by means of deep drilling. The main components of a derrick (rig) are: Steel tower. Sub-construction. Work platform. Q: What is core drilling mineral exploration? Core drilling produces cores of sub-surface material and is the most commonly used method of obtaining information about the presence of minerals or precious metals, as well as rock formations. The core drilling method gives the geologist the opportunity to analyze the sample by eye as well as by more advanced methods. Q: What are the three main types of drill rigs? And site investigation for soil mechanics purposes. In exploration drilling the exploration geologist examines the core sample to see if the rock mass contains any valuable mineralization. Q: What is a CME drill rig? CME drilling rigs are mechanically driven multi-purpose machines with an emphasis on auger drilling. Each machine is custom designed to accommodate the drilling needs and preferences of the end user and can be mounted on skids, trailers, trucks, rubber tracks, or rubber tire ATV carriers.