In modern industrial production, workshop maintenance, or agricultural applications, we often need to safely and conveniently extract liquids from containers such as oil barrels. However, not all work sites can conveniently connect to an electrical power source. At such times, a classic and highly efficient tool – the hand-operated oil pump – becomes an indispensable and reliable assistant. The hand-operated oil pump, as a manually-driven fluid transportation device, generates suction force by rotating the crank or lever, extracting the liquid from the container. It perfectly solves the pumping problems in areas without electricity or where power is inconvenient, and is particularly suitable for the distribution and transfer of small quantities of oil products, chemicals, etc. It is also known as a manual pump or rotary oil barrel pump. Core working principle and installation The design of the hand-operated oil pump is highly targeted. It usually comes with a dedicated adapter…

The Breakaway Valve serves as a crucial safety component in fuel dispensing systems. Its primary function is to connect the fuel hose to the dispenser. Featuring a built-in check valve design, it immediately cuts off fluid flow upon disconnection. Its operating principle is simple yet highly effective: the valve automatically separates when subjected to excessive pulling force, thereby effectively preventing potential accidents and environmental hazards. This mechanism ensures reliable sealing on both sides of the connection port. This safety component offers practical installation flexibility. The Breakaway Valve is available in two standard sizes, 3/4 inch and 1 inch, to meet different flow rate requirements. The product comes with both BSP and NPT thread standards, and this compatibility allows for easy integration into existing fuel systems. The valve’s construction focuses on durability and reliability, with manufacturers utilizing special materials resistant to fuel corrosion and mechanical stress. The performance parameters highlight the…

The LPG differential pressure valve (also known as the LPG pressure reducing valve) is a specialized valve designed for LPG systems. Its primary function is to reduce the high-pressure gas in the LPG tank to a low-pressure state suitable for use. This valve plays a crucial role in LPG equipment, ensuring the safety and stability of the gas during use. I. Working Principle of LPG Differential Pressure Valve The LPG differential pressure valve regulates the inlet pressure to the required outlet pressure and automatically maintains the outlet pressure stable by relying on the energy of the medium itself. Specifically, when high-pressure gas enters the pressure reducing valve from the inlet, the sealing pad inside the valve is pushed upwards, driving a lever structure to block the gas outlet of the valve, thereby controlling the pressure of the gas flowing out of the valve and preventing it from being too high.…

In the field of chemical fluid transportation, safe, efficient, and leak-free filling operations are of utmost importance. To meet the filling requirements for urea solutions (ADblue), corrosive chemicals, and various other liquids, we have launched a series of stainless steel automatic urea nozzles, featuring superior material and intelligent self-stop technology, providing reliable and efficient fluid filling solutions for the chemical industry. Product Overview This series of urea nozzles is specifically designed for water, urea solutions, and various corrosive liquids, featuring an automatic flow stop function. It can cut off the fluid flow immediately upon completion of the filling, effectively preventing overflow and waste, and ensuring safe operation and clean site. It is suitable for precise filling of various liquids in industries such as chemical, automotive, agriculture, and environmental protection. Model and Specifications Currently, we offer two models: ADblue Nozzle-1 and ADblue Nozzle-2. Both have the following common features: Interface Specifications:…

In gas stations, factory fuel storage areas, or any locations where fuel transfer takes place, safety is the overriding principle. You may have focused on the flow rate of the refueling machine and the performance of the pumps, but the true “safety heart” of the machine is the silent-running explosion-proof motor. The explosion-proof motor represented by EX-proof Motor 50 is a professional power source specifically designed for such high-risk environments. It ensures the perfect unity of efficient energy conversion and absolute safety. Why must refueling machines use explosion-proof motors? When an ordinary motor is in operation, internal components such as brushes, switches, or even windings may short-circuit, generating high temperatures, sparks, or arcs. In environments filled with flammable and explosive gas mixtures, even a tiny spark can be catastrophic. Explosion-proof motors are designed with the intention of completely sealing all potential ignition sources (sparks, high temperatures) within a sturdy casing,…

In farms, construction sites, fleet parking lots or any fixed or semi-fixed locations where frequent fuel transfer and distribution are required, an efficient, reliable and easy-to-operate fuel dispensing solution is crucial. The ACFD60C OGM diesel fuel delivery pump kit is precisely designed for this purpose. It combines a high-performance pump, precise flow meter and automatic fuel dispenser, creating an exclusive “small mobile gas station” for you. Core power: Professional and reliable rotary vane pump The core of ACFD60C lies in its professional self-priming rotary vane pump design, which ensures its outstanding performance in various working conditions. 1.Powerful and efficient: Equipped with a 550W high-power motor, the pump set can achieve a powerful flow rate of up to 60 liters per minute. This means that filling a 200-liter standard fuel tank only takes about 3 minutes, significantly enhancing work efficiency. 2.Easy self-priming: Excellent self-priming capability means that the pump can be installed…

In workshops, repair shops, or any workplace where oil fluids need to be handled, how to safely and neatly collect and discharge used engine oil and hydraulic oil has always been a headache. Traditional basins and buckets are not only prone to tipping and spilling, causing safety hazards and environmental pollution, but their subsequent cleaning work is also extremely cumbersome. Now, a well-designed professional oil collection machine can completely solve these problems and become an indispensable assistant in your work. Stable and safe, say goodbye to tipping risks Safety is the primary consideration in the design of the oil collection machine. This series of oil collection machines adopts a unique wide-body design, providing an extremely stable low-centroid structure, fundamentally eliminating the tipping risk caused by accidental collisions or uneven placement. Whether moving under the vehicle or receiving oil fluids at rest, it can always maintain perfect balance, ensuring that high-viscosity…

In fuel transportation, fuel station equipment, and various fixed fuel transfer devices, safety and reliability are the primary considerations when selecting pump equipment. The DCEX series explosion-proof pumps, with their professional explosion-proof design, sturdy materials, and stable performance, have become a reliable solution in the industrial and commercial sectors. Core advantages: Born for safety The core of the DCEX series pumps lies in their “explosion-proof” feature. This series of pumps is equipped with explosion-proof permanent magnet motors, which can effectively prevent potential electric sparks generated during operation from igniting flammable and explosive gases, fundamentally eliminating safety hazards. In addition, the motor also integrates thermal overload protection, automatically cutting off the power supply when the motor is overloaded, avoiding damage to the equipment due to overheating, and further enhancing the durability and safety of the product. Outstanding performance: Suitable for various working conditions Wide media compatibility: The DCEX series pumps (such…

In the modern industrial, agricultural transportation, and construction fields, safely and efficiently storing and transferring liquids (such as diesel, lubricating oil, and other non-corrosive liquids) is a key aspect for ensuring continuous operations. We understand this well and have thus meticulously developed this professional-grade transfer oil storage tank, which combines outstanding materials, sturdy structure, user-friendly design, and intelligent accessories, aiming to provide you with a one-stop reliable storage and transportation solution. 1. Core Material: Exceptionally durable HDPE construction The core of the storage tank lies in its material. We use high-density polyethylene (HDPE) as the main raw material, which is a well-known high-performance engineering plastic. Diesel-grade research: This specification HDPE is specifically designed for storing diesel and other oil products, featuring excellent chemical compatibility, which can effectively prevent the chemical components in the oil from corroding or swelling the tank, ensuring the purity of the stored liquid and the long-term integrity…

In the fuel system, especially when dealing with biodiesel (biofuel) which has complex components and is prone to precipitates and microorganisms, an efficient and reliable filtration device is crucial for ensuring the continuous and smooth operation of the engine. The GL-5-Y Aluminum Alloy Filter is specifically designed for this purpose. It is applicable to both the suction side and the delivery side of the system, enabling the complete removal of various pollutants in the fuel. Comprehensive Protection, No Blockage The GL-5-Y filter can effectively remove various harmful substances from the fuel: Water: Prevents water from emulsifying the fuel or causing the growth of microorganisms. Bacteria and Microorganisms: Avoids filter blockage and system corrosion due to bacterial proliferation. Precipitates and Particulates: Removes solid impurities mixed into the fuel during production, storage, and transportation. Waxy Substances: Specifically designed to prevent wax from crystallizing and causing poor flow in biofuel, preventing it from solidifying. Through multiple filtration…