Other Machinery & Parts

The SAHF Horizontal Froth Slurry Pump is pumping slurry with obstinate froth, which is equivalent to warman Froth Pump AHF Series. It is specially design for handing foam and solid slurry mixture. Design features: Take a small bulk, high efficiency. Special froth impeller with large inlet size, this benefit to the large size solids. There is difference between pumping froth slurry and normal slurry. The horizontal froth slurry pump is upto high performance to pump high viscosity slurry. The problem of handling froth in some process circults can be very frustrating. Froth often will air bind a standard pump. The froth inducer blade impeller solves this problem. ● The pump inside liner is corrosion resistant rubber material or metal. ● The impeller is anti-abrasive type high chrome metal impeller or rubber, or mixed assembly. ● Small structure but high efficient. ● Low power costs, reliable operation, minimal surging, and feed tank overflow make horizontal froth pumps    user friendly. ● Simplified maintenance. Applications ● Suitable for various liquids performance, which is the first select product for handling mine mill slurry and     tailing slurry. ● Basing on medium condition can choose different materials as A05, A07, A49 etc. ● Iron Ore Dressing Plant ● Copper Concentration Plant ● Gold Mine Concentration Plant ● Molybdenum Concentration Plant ● Potash Fertilizer Plant ● Other Mineral Processing Plants ● Other industries

Corona surface treatment and Plasma surface treatment equipment is used to “prime” a surface prior to the printing, coating, or painting process. NaenTech offers reliable, high-performance plasma and corona surface treatment solutions from industry-leading manufacturers. Our corona surface treatment equipment offers an extremely efficient method to increase surface energy and improve adhesion in printing, laminating and any other application requiring effective surface treatment.  Corona Plasma Treatment Machine is a surface modification technique using corona discharge treatment to achieve the changes to the surface properties. The aim of this surface treatment is to increase the adhesion and bond strength of substrates such as plastic films, polymers, elastomers, rubber, composites, glass and foam. Treating the material surface with corona treater will ensure the bonding with printing inks, coatings and adhesives.

The plasma etch process is the removal of certain material from another substrate surface to leave a desired pattern. A mask helps prevent the material underneath from being etched. In general, the process in the plasma etching system involves ion bombardment to remove material. The process gas should be chosen so the rate of removal of the uncovered material is higher than the removal rate of the masking material. This process is generally used in the semiconductor industries. Plasma Etching Cleaner is a reactive ion etching device for semiconductor microfabrication dry etching. It features a compact design, simple operation, and excellent process repeatability. With the RIE plasma etching mode, it offers fast etching, high uniformity, high selectivity, and strong anisotropy. Plasma Etching Systems Features： RIE mode for high-selectivity anisotropic etching, meeting strict process demands. Full - area gas showerhead and axisymmetric exhaust ensure high process uniformity and speed. Heating and lower electrode cooling maintain stable etching temperature, rate, and uniformity. 13.56MHz solid - state RF plasma power with auto impedance matching guarantees optimal plasma density and repeatability. Three gas channels with high - precision flow meters enable flexible process and gas selection. Applications: Etching materials like Si, SiO2, SiN, Poly-Si, GaAs, Mo, Pt, polyimide, etc. Photoresist ashing, hydrophilic and hydrophobic modification, surface energy enhancement, introduction of functional groups, improvement of biocompatibility, etc.

Rotary Jet Plasma Treater consists of a control host and a direct-injection spray gun: the host is connected to a power supply and compressed air, and the plasma control module, compressed air. Composed of a control module and an operation panel; the plasma spray gun is composed of an intermediate electrode, an external electrode, an insulating area and a nozzle, both of which transmit compressed air and high pressure through a flexible conduit. The electric energy and the main engine have functions such as over-current protection, short-circuit protection, open-circuit protection, power monitoring, etc., and can communicate with the PLC of the station, and can set the influence on the operation panel. Power parameters, pressure parameters, temperature parameters, etc. of processing effects. Atmospheric Plasma treaters Features: The surface of the treated material increases roughness due to etching, or forms a dense cross-linked layer, Oxygen-containing polar groups can be introduced to improve the adhesion of the bamboo surface; Only the surface of the material is treated without affecting the performance of the material matrix; Plasma is a spray-like body, which can treat the front and side of the product at the same time, and is suitable for surface treatment of three-dimensional objects; Plasma treatment has short action time, high efficiency, simple process, convenient operation and no pollution.

NE-PE13F is a micro plasma cleaning machine. It is microprocessor controlled benchtop plasma treatment systems which are ideally suited to surface activation, cleaning and modification of a wide range of materials including polymers, metals, glass and ceramics. NE-PE13F has a range of gas inlet options to suit budget and application; fixed, single MFC, dual MFC and vapour delivery. With precision flow control and integrated pressure gauge, the NE-PE13F delivers unmatched reliability & repeatability by removing common errors in gas flow and gas type settings which will be familiar to users of equivalent equipment that utilise manual needle valves. Micro Plasma Cleaning Machine NE-PE13F The NE-PE13F Micro Plasma Cleaning Machine is a benchtop plasma system engineered for cleaning small components and delicate surfaces in precision industries. It delivers controlled plasma energy for removing micro-level contaminants and preparing surfaces for improved adhesion.

NE-PE05 Benchtop Plasma Cleaner is an entry-level desktop plasma equipment. It is a  small one - mobile, functional and cost-effective - suitable for your laboratory. The 5 litre BENCHTOP PLASMA CLEANER  NE-PE05 is an economical equipment designed for basic surface cleaning and activation. with manual and basic PLC control which primarily intended for the following applications: Small batch production, Analytics (SEM, TEM), Medical engineering, Sterilising, Research and development departments, Archaeology, Textile technology, Plastics technology. NE-PE05 Plasma cleaners is capable of processing a wide range of materials including polymers, metals, glass and ceramics for optimal treatment results, including air, oxygen, nitrogen, etc, which offers very fast treatment times and optimum adhesion properties for downstream coating, gluing, painting, and printing applications. The NE-PE05 adopts CCP capacitive coupled plasma generation method. The processing chamber is made of cylindrical stainless steel. It can be used to improve the adhesion of substrate surface or improve the surface hydrophilicity which uses the advanced power generator as a power supply and specially designed plasma transformer to provide voltage to the plasma electrodes. Plasma cleaning organics Plasma surface activation to improve adhesion PDMS & microfluidic devices PEEK & other engineering polymers PTFE Metals Ceramics Glass & optical devices

Specifically designed for high-precision stamping of medium-thin materials. As coil materials cannot produce quality products without stress-relieving leveling, the performance of the leveling machine plays a critical role in production. Engineered for optimal leveling of thin materials (0.1-0.6mm) including stainless steel, copper, iron, and aluminum sheets, delivering flawless flattening results. Constructed with premium SUJ2 imported steel rollers, heat-treated to HRC 60°, precision hard-chrome plated and ground to ensure uniform coating thickness and ±0.002mm cylindricity tolerance. Features a floating four-point balanced micro-adjustment system with dial indicator for rapid precision alignment, enabling swift achievement of optimal leveling parameters. Full-drive dual roller system eliminates power loss and surface scratches caused by passive rotation in conventional models, ensuring energy efficiency and material integrity. Advanced lubrication system enhances operational longevity and maintains micron-level precision during extended production runs. Optional hinged-opening mechanism facilitates quick roller compartment access for debris removal and maintenance. Thin Material Enhancement: SNL Type Single/Two stage Precision Straightener Equipped with auxiliary support rollers between upper/lower leveling shafts to prevent pressure-induced bending deformation. This patented configuration triples roller lifespan while enhancing leveling intensity, achieving superior surface flatness (≤0.05mm/m²) for ultra-thin materials (0.1-0.6mm). Particularly effective for processing high-strength alloys and tempered metals.

The MT Series Metal Coil Automatic Decoiler machine body is precision-welded from steel plates, stress-relieved through annealing and polished for superior rigidity and aesthetics. Critical components utilize high-strength castings, supported by long-span bearing structures to ensure exceptional stability and durability. It utilizes a motor paired with a reducer for control, employing belt transmission for superior functionality, high reliability, and minimal faults. The material support tile adopts a four-blade design, with a tile curvature that matches the material's inner diameter. The tile surface is smooth and wear-resistant, ensuring durability and causing no wear to the material during use. Advanced electrical components such as AC contactors, intermediate relays, and time relays are used to ensure long-term stable production. The spindle is reinforced and made from 45# seamless steel tube, undergoing quenching and tempering treatment to prevent deformation under long-term load. It adopts a simple electrical box control system for easy machine operation. With a large carrying capacity and convenient loading, it operates smoothly. The Uncoiler start and stop are automatically controlled by an induction frame, eliminating the need for manual supervision. Its high degree of automation can be further enhanced with optional equipment such as a material pressing arm and hydraulic expander, significantly improving the efficiency of the stamping production line and the quality of stamped products. It is an ideal feeding and decoiling equipment for stamping production lines.

GO Type 2 In 1 Uncoiler Leveler Material width (mm): 200-600 Material thickness (mm): 0.5-3.0 Coi. weight (kg): 800-2000 The two machines of the uncoiler and the straightener machine are integrated to reduce the installation space, reducethe excessive links in the precision material straightening process, and maximize the performance of the machine. Straightening adopts balance fine-tuning device, suitable for processing products with high precision. The rollers are made of solid shaft steel and are treated with hard chrome plating. The 2 In 1 Uncoiler Leveler and the straightening machine are separately controlled by an independent electric box, which can protect the machine more effectively, so that it will not be deformed and twisted by various extemal forces during the movement.

The 3-in-1 servo feeder integrates four functions—uncoiling, leveling, feeding, and shearing—into a fully automated system. Material width(mm): 50-1000 Material thickness(mm): 0.3-3.2 Coi. weight(kg): 3000/5000/7000 3 In 1 Coil Feed Line characteristics The 3-in-1 servo feeder integrates four functions—uncoiling, leveling, feeding, and shearing—into a fully automated system. Designed with advanced technology, high precision, and efficiency, it is specialized for processing high-yield-strength metal coils. Straightening and Feeding Rollers: Made from bearing steel (equivalent to Japanese SUJ2), treated with heat treatment, quenching, hard chrome plating, precision grinding, and hardened to HRC 60+. User-Friendly Operation: Equipped with a color LCD control panel, large touchscreen, and intuitive high-definition interface. Integrated safety protection systems ensure ease of operation even for first-time users. Labor and Time Efficiency: Combines loading, material guiding, bending, leveling, feeding, and coil change into one machine. A single operator can complete all tasks via the centralized control panel, significantly reducing labor costs and workload. Compact and Precise Design: Youyi Precision's innovative structure minimizes the required workspace and shortens material waiting zones. Offers superior feeding accuracy compared to traditional split-type feeders.

Our standard servo feeder is engineered for precision coil feeding of thin sheet materials ranging from 0.1mm to 3.0mm in thickness. Compact in size, efficient in performance, and easy to integrate with press machines, it is the ideal solution for electronic, electrical, and light metal component manufacturers. Precision servo feeder designed for 0.1–3.0mm thin coil materials. Ideal for high-speed stamping of electronic parts, connectors, hardware, and light steel sheets. Improve productivity and accuracy in compact press line setups. NC Servo Feeder (0.1-3.0mm) Key Features Precision Feeding: Servo motor control ensures accurate length and position with minimal tolerance deviation. Suitable for Thin Materials: Optimized to handle copper, aluminum, mild steel, and stainless steel sheets. Touchscreen Interface: User-friendly HMI allows fast parameter setup and job changes. High Speed Capability: Supports fast feeding cycles, suitable for progressive die and high-speed stamping. Compact Design: Space-saving structure ideal for benchtop or limited-space press environments. Low Operating Cost: Reliable system with reduced maintenance requirements. Integrated Press Line Solutions This feeder can be matched with: Decoiler: For smooth material unwinding NC straightener: For material flattening Press Machine: Mechanical or pneumatic presses for stamping tasks We offer complete press line integration to suit your specific material, width, and tonnage requirements. https://www.youyi-machine.com/

JWSP-1 Oil Sampling Pump is made of imported PA material, 303 stainless steel and 6061 aluminum alloy, which is anti-corrosive and more durable.The threaded interface of the oil sample bottle is a GL45 standard interface. JOINWE oil sampling pumps are designed for efficient and reliable fluid extraction in various industrial applications. Constructed from high-quality imported materials, including PA (polyamide), 303 stainless steel, and 6061 aluminum alloy, these pumps offer superior corrosion resistance and durability. The GL45 standard threaded interface ensures a secure and airtight connection with oil sample bottles, preventing leakage and contamination. Customizable to meet specific customer requirements, these pumps are ideal for demanding environments where precision and longevity are essential.

The analytical ferrography system consists of three parts: the analytical ferrography instrument, the ferrography analysis microscope, and the spectrum software management system. The analytical ferrography instrument uses a high- gradient strong magnetic field to separate ferromagnetic and paramagnetic wear particles from machine lubricating oil, and then deposits them in sequence on a glass plate to form ferrography plates. Subsequently, a ferrography analysis microscope is used to observe and analyze the wear particles on the ferrography plates in terms of morphology, size, composition and quantity. In combination with the graph software management system, a user graph database can be established, facilitating the daily management and analysis of the graph.

JWL-V6 Portable Physicochemical Meter can detect the physical and chemical indicators of oil products. It can conveniently, quickly and stably detects the kinematic viscosity, density, dielectric constant, temperature, water activity and water content parameters of the lubricating oil by sampling the lubricating oil in use;  It adopts polymer film capacitance sensing technology, fluid vibration sensing technology, fluid dielectric constant sensing technology, and micro-fast heating temperature control technology, which can achieve 40℃ precise temperature control, quickly detect the kinematic viscosity of oil products. Viscosity directly affect the lubrication performance of oil products and the lubrication status of equipment. The performance of new oil and the viscosity of deteriorated oil in use are accurately measured, providing an evaluation basis for the on-site rapid evaluation of the lubrication health status of equipment.