Industrial Machinery & Equipment

Nickel-based heat-resistant alloys Category:Nickel alloy casting Nickel-based heat-resistant alloys is a kind of nickel-based alloy, and the common grades are GH738, GH4738 etc. Product Description Nickel-based heat-resistant alloys is a nickel-based alloy. There are many different classifications of nickel-based alloy. Heat-resistant alloy is a material that can be used at high temperatures.For example, chemical and chemical equipment in the petrochemical field, atomic power generation in the energy field, comprehensive utilization of coal and other fields. The main elements of nickel-based heat-resistant alloys are nickel and chromium, and some other elements are also added to improve the solid solution strengthening of the alloy. They can still have high strength and oxidation resistance at high temperatures, and are often used in similar aircraft engines. and other high-temperature parts on the equipment. Nickel-based alloys can dissolve more elements in them, and can still maintain good organizational stability after dissolving the elements. The representative Incoloy alloy series is resistant to corrosion and creep resistance. It can also be used in Stress cracking is prevented to a certain extent. https://www.foundryseiko.com

Minimum Order: 10000

Riverstone Basalt Jaw Crusher 50 - 1000 TPH 250Kw Limestone Crushing Equipment Product Description Jaw Crusher is ideally suitable for primary and secondary crusher for material with compression strength less than 320MPA. Jaw Crusher is of high crushing ratio, larger capacity, well-distributed final product size, simple structure, reliable performance, convenient maintenance, lower operation cost, etc. It is widely used in mining, metallurgy, construction, highway, railroad, and water conservancy, etc.

Standard Type Adult Diaper Machine ZLAD-II ZLAD-III THE REASONS MAKE ZHILIAN MACHINE THE PREFERRED OPTION: 1. Located in Shanghai, ZHILIAN has a large number of professional and experienced technicians ready to help you in design, R&D, production, installation and even through the commissioning, training and maintenance of the machinery. 2. We strive to constantly grow by developing new technologies for new products engineering and improving quality management to ensure highest standard of our products, aiming at providing our customers worldwide with high-efficiency and cost-effective intelligent manufacturing machine. MAIN PERFORMANCES AND CHARACTERISTICS: Design speed: 200m/min~300m/min Production speed: 150m/min~250m/min Product size M/L/XL Efficiency: ≥85% Waste rate: ≤3% Power: 380V, 50Hz, 3 Phases Compressed air consumption: 0.6-0.8Mpa, 2.5 M³/min Overall dimensions (working area): L * W * H: around 41m* 8m * 4.5m Color of the machine: To be appointed by the Buyer *For reference only, the final technical parameters depend on the final confirmed machine configuration.

Climbing Conveyor BeltPrice Range:$ 336-576 Minimum Order Quantity: 10 square meters Processing Cycle: 3 days for finished products, 15 days for customization Delivery Method: nationwide logistics distribution, door-to-door delivery. Delivery Time: 3-20 days The conveyor belt is made of some decorative material added to the common conveyor belt, so as to deepen the slip resistance of the conveyor belt and avoid the sliding and overflow of the conveyor belt when conveying products. This enables the conveyor belt of Climbing conveyor to be used normally, but in different industries, the conveyor belt is used in 40-90 ° Angle transport aircraft, which can save production space and also carry out material transportation in complex environment. The requirements for the conveyor belt are also different, which requires that the conveyor belt be processed and customized to make it suitable for its own machine.

Minimum Order: 10 long tons

Type of starch centrifugal sieves Model Diameter of basket Working model Power kw Weight T CS850 850mm Continue 15kw-30kw 1.3 CS1000 1000mm Continue 22kw -37kw 1.5 CS1200 1200mm Continue 30kw -45kw 1.8 Production description : Centrifugal sieve is to separate the fine fiber(pulp) from starch slurry after rasping and desanding process,is widely use in big and middle-sized starch enterprises for extraction of tuber and wheat starch.It features high processing capacity,good power allocation,high starch extraction rate,and easy to install,is a perfect combination of SGM and international advanced technology.

1. Interconnection with upstream and downstream devices as well as real-time status detection creates a perceptible, collaborative, real-time and full online intelligent production line. Let customers enjoy worry-free production. 2.Real-time connection with the cloud and timely update and optimization of system algorithm create an era of Zero-distance Service. 3.By utilizing incomparable arithmetic, analysis and control abilities of the intelligent cloud brain, one button cloud technology enables adaptive computing, learning, decision-making and control in color sorting. In an intelligent way, it can identify, analyze, calculate the impurity percentage, and adjust operation data and set sorting standard flexibly, thus realizing intelligent computing and control. Technical Parameters: Model Throughput , (t/h) Sorting Accuracy (%) Optimized Carryover Power (kw) Power Supply Dimension L×W×H(mm) , Weight (kg) SC320 3-15 ≥99.99 ＞100:1 3.2 220V/50Hz 2360×1575×1814 1150 SC512 5-28 ≥99.99 ＞100:1 5 220V/50Hz 3380×1687×2044 1800 SC640 7-35 ≥99.99 ＞100:1 6.5 220V/50Hz 4100×1575×1814 2500 SA512 5-28 ≥99.99 ＞100:1 3.4 220V/50HZ 3380×1671×2194 2130 Note: Subject to different raw materials and different impurities percentage in raw materials, parameters listed in above table will change to some extent ,which are references for you choosing a suitable model

JINGZHI Machinery Manufacturing Co., Ltd. is located in Huaqiao Industrial Park, Suzhou City. We are an enterprise combining the research, design, development, manufacturing, sales and technical services of painting and printing machinery. 1. Our machinery is widely used in printing and coating the plastic floor, solid wood, composite floor, wallboard, plywood, door board, foaming board, medium and high-density board, calcium silicate board, wood, modular furniture, etc. Our machine applies to UV.PU.NC. Waterborne paint. 2. The machine type: Precision roller coating machine, Precision color brush machine, Putty filling machine, Curtain machine, UV dryer, LED dryer, Hot air dryer, Vacuum spraying machine, Sanding machine, Polishing machine, Jet air dryer. 3. Our company made a number of product patents, some of which had filled a number of gaps in technology in China. 4. Our foreign customers: Iran, Brazil, Japan, USA, Netherlands, Vietnam, Malaysia, Indonesia, Ethiopia, etc. In accordance with customers' actual production needs, our company provides the most scientific and rigorous production process and equipment for every customer. Our products not only achieve the best effect of painting but also thoroughly solve many production problems, such as environmental pollution, low efficiency & high cost, which are caused by the traditional painting process.

A biconvex lens means that both surfaces of the lens are convex. Its focal length is positive and mainly for the function of focusing. It is commonly used in imaging relay system and object imaging at finite conjugate distance. The smaller the conjugate ratio is, the smaller the aberration will be. Oplens can not only customize the common plano-convex lens of N-BK7 or fused quartz, but also customize the biconvex lens of any glass material. You are welcome to contact us for customized biconvex lenses. Parameters Material Optical Glass Surface Flatness < λ/5 @ 633nm Scratch/Dig < 40/20 (both sides) Eccentricity  ≤ 1arcmin Focal Length Tolerance  < ± 1% Diameter Tolerance  < + 0.00/ - 0.02mm Thickness Tolerance  < ± 0.05 Clear Aperture  ≥ 95% of diameter Optical lenses or optical system is a complex device with high requirements, which demands not only the combination of high-precision optical lenses and optical mechanical parts, but also professional assembly environment to ensure their key arguments, such as cleanliness, coaxiality, focal length, distinguishability and other indicators, are not affected, so as to achieve the best optical performances of the end product. Because of this, Oplens set up its own assembly department in 2021, which not only improves our production line but also can better meet the needs of customers for lens assembly. If you don’t have such a lens assembly environment or inspection conditions, we are capable to help you in this respect.   What Processes are Involved in Optical Assembly Manufacturing? Optical assembly processes may include mounting, alignment, precise optical pathway placement, beam manipulation, focusing, optical bonding, and sonic welding techniques. Typical Optical Component Assembly Work Includes: Bonding glasses & filters into wheels Laminating glasses & filters Product labelling & identification Gluing glass to glass components Mounting in screw mounts and holders Gluing glass to metal assemblies Press fitting glass lenses into housings. To outsource your lens assembly, contact our sales team who will advise you on your next move.

Minimum Order: 10 long tons

An achromatic lens is a lens designed to minimize chromatic aberration and spherical aberration. Two-plate achromatic lens is one of the simplest achromatic lenses, which can be divided into two types: double agglutination and double dissociation. Of course, achromatic lenses can also be composed of multiple lenses, depending on their uses. The achromatic lens with large aperture is usually separated and assembled in the frame with excellent comprehensive performance. Achromatic lenses are widely used. A multi-lens optical system usually consists of several achromatic lenses. High quality microscopic objective lens and photographic lens are all complex lens combination systems which eliminate both achromatic and other monochromatic aberrations. Oplens can produce single layer or multi-layer anti-reflective films with all kinds of coating materials on both outside surfaces. Their performance is superior to that of all single element lenses. Parameters Material  Optical Glass Surface Flatness  < λ/5 @ 633nm Scratch/Dig  < 40/20 (both sides) Eccentricity  ≤ 1arcmin Focal Length Tolerance  < ± 1% Diameter Tolerance  < + 0.00/ - 0.02mm Thickness Tolerance  < ± 0.05 Clear Aperture  ≥ 95% of diameter Coating  AR OR BBAR Diameter Range  5~260mm You are welcome to contact us for customized achromatic lenses.

Minimum Order: 10 long tons

The biconcave lens, also named double concave lens, is usually made of flint glass and used for beam divergence. It’s focal length is negative but the parallel incident ray diverges outward. The two sides of the biconcave lens curvature radius can be equal or not. Combined with plano-convex lens, it is generally used in beam expanders, projection optical systems and optical viewers, etc. Oplens can not only customize the common plano-concave lens of N-BK7 or fused quartz, but also customize the biconcave lens of any glass material. You are welcome to contact us for customized biconcave lenses.

Minimum Order: 10 long tons

A plano-concave lens is a lens that has a flat surface on one side and a concave surface on the other side. The focal length of a plane-concave lens is negative, allowing the beam to diverge.  Therefore, it can be used in optical system for beam expansion, light projection or to increase focal length.   Oplens can not only customize the plano-concave lens with common materials of N-BK7 (Shott) and fused silica, but also customize the plano-concave lens of any glass material.     You are welcome to contact us for customized plano-concave lenses. Parameters Materi , al: Surface Flatness: Scratch/Dig: Eccentricity: Foca , l Length Tolerance Diameter Tolerance: Thickness Tolerance: Clear Aperture: Coating: Diameter Range: Optical Glass < λ/5 @ 633nm < 40/20 (both sides) ≤ 1arcmin < ± 1% < + 0.00/ - 0.02mm < ± 0.05 ≥ 95% of diameter AR OR BBAR  5~260mm

Minimum Order: 10 long tons

Oplens Plano-convex lens is an optical lens in which one side of the lens is flat and the other side is convex. The focal length of plano-convex is positive, mainly for the role of focusing. The collimating beam can be gathered on the rear focus or the point light source can be transformed into a collimating beam. Plano-convex lenses are widely used in optical display system, optical projection system, optical imaging system and laser measurement system.   Oplens can not only customize the plano-convex lens with common materials of N- BK7 (Shott) and fused silica, but also customize the plano-convex lens of any glass material.     Parameters Material: Surface Flatness: Scratch/Dig: Eccentricity: Foca , l Length Tolerance Diameter Tolerance: Thickness Tolerance: Clear Aperture: Coating: Diameter Range: Optical Glass < λ/5 @ 633nm < 40/20 (both sides) ≤ 1arcmin < ± 1% < + 0.00/ - 0.02mm < ± 0.05 ≥ 95% of diameter AR OR BBAR  5~260mm Oplens is one of leading optical elements and spherical lens manufacturer. We insist on supply high precision optical products with consistent quality and professional serve. You are welcome to contact us for customized plano-convex lenses.

Minimum Order: 10 long tons

Negative meniscus lens A meniscus lens is a lens with two spherical surfaces, convex on one side and concave on the other. The lens provides a smaller beam diameter to reduce beam waste and spherical aberration. When one meniscus is combined with another lens, the focal length is shortened and the numerical aperture of the system is increased. This reduces image distortion and improves image resolution. There are two types of meniscus lenses: ● Positive meniscus lens The positive meniscus lens is used for applications requiring small focal numbers (less than 2.5). For focal lengths between 2.5 and 10, a meniscus lens minimizes spot size and improves image quality. The concave side curvature of a positive lens is smaller and the convex side curvature is larger. Frequently used for beam focusing applications Minimizes the increase in spherical aberrations for multi-element systems ● Negative meniscus lens The negative meniscus lens is used for applications using infrared materials with a high refractive index. These lenses serve as substitutes for other negative lenses with greater curvature on the concave side and less curvature on the convex side. They are used in beam spreading applications where minimal spherical aberration is required. Frequently used for beam expanding applications Minimizes the increase in spherical aberrations for multi-element systems Parameters Material  Optical Glass Surface Flatness  < λ/5 @ 633nm Scratch/Dig  < 40/20 (both sides) Eccentricity  ≤ 1arcmin Focal Length Tolerance  < ± 1% Diameter Tolerance  < + 0.00/ - 0.02mm Thickness Tolerance  < ± 0.05 Clear Aperture  ≥ 95% of diameter Oplens provide custom optical components, we can custom sizes and shapes. If you are interested in any of our products, please click here.

Minimum Order: 10 long tons

New Design Competitive Price Customization galvanized layer cages Supplier in China Advantage: 1. Corrosion-resistant, high strength, durability and deformation; 2. Economic benefit maximization; 3. Convenient management, helpful to prevent disease effectively; 4. Increase the availability of chicken farm land. A. Basic Data of Chicken Laying Eggs Cage : Size of Cage Tier Capacity Height of Poultry House 120*60*70cm 4 128 bird/set 4m 120*60*70cm 5 160 birds/set 4.8m 120*60*70cm 6 192 birds/set 7m 120*60*70cm 8 256 birds/set 8.5m