Industrial Machinery & Equipment

Material Aluminum alloy: ADC12, ADC10, A360, A380, A356, 6061, 6063 Magnesium alloy: AZ91D, AM60B, Zinc alloy: ZA3#, ZA5#, ZA8# Processing Craft Drawings→ mould making → casting →rough machining → CNC machining→surface treatment →product checking→ packing →delivery Tolerance ± 0.02mm Surface Treatment Electroplating, Chrome Plating, Zinc Plating, Nickel plating, Electrophoresis, Anodization, Polishing, Sandblasting, Passivation, Powder coating, Spray painting, Etc. Inspection 1. Foundry in-house: 100% inspection on critical dimension; 100% on appearance. 2. Third Party inspection available upon requirement Mainly Testing Facility Three-dimensional measuring instrument (CMM), Salt spray test box, Dynamic balance detector, Pneumatic detection Features & Advantage 1. High strength and not easy to deform, has good electrical and thermal conductivity. 2. High finish appearance,smooth surface roughness is Ra1.6 after machining. 3. Smooth appearance, corrosion resistance. 4. Pass Salt Spray Test with 144 Hours. More: https://www.advancedelectricals , olutions.biz/ https://www.article4.us/ https , ://www.myfreeblog.us/ https://www.chemchamp.in/ , https://www.construni.com/ https://www.elec , powers.com/ https://www.xiahealthy.com/ http , s://www.powerllife.ru/ https://www.maelecsrl.co , m/ https://www.svschem.com/ https://www.nkel , ec.com/ https://www.mysportslive.net/

The investment casting process begins with a precise model (pattern) of the end product. For centuries this pattern has been made out of wax, however currently there are a variety of materials that are used. The model is then covered with a ceramic slurry which hardens to create a mold. The original model is then dissolved (for example, wax is melted and drained), and molten metal is inserted in its place. Once cooled and the mold removed (divested), you are left with the finished piece. In practice, modern Investment Casting is a more sophisticated process that involves many more steps than described above. Sometimes it requires multiple model components, various modeling materials, etc., and like die casting, when done well, the resulting surface quality is excellent. Advantages of Stainless Steel Exhaust Pipe Casting Corrosion Resistance: Stainless steel offers excellent resistance to corrosion, ensuring longevity and durability in automotive exhaust systems exposed to harsh conditions. More: https://www.advancedelectr , icalsolutions.biz/ https://www.article4.us/ , https://www.myfreeblog.us/ https://www.chemcham , p.in/ https://www.construni.com/ https://www , .elecpowers.com/ https://www.xiahealthy.com/ https://www.powerllife.ru/ https://www.maelecs , rl.com/ https://www.svschem.com/ https://www , .nkelec.com/ https://www.mysportslive.net/

Gray iron is the most versatile of all foundry metals. The high carbon content is responsible for ease of melting and casting in the foundry and for ease of machining in subsequent manufacturing. The low degree or absence of shrinkage and high fluidity provide maximum freedom of design for the engineer. The general composition of gray cast iron is 95% iron by weight with an additional 2.1 to 4% being carbon and 1 to 3% silicon. Manganese and other impurities are also commonly found in or added to molten iron as needed for the diminishing or enhancement of specific properties. Sulfur, for example, is commonly introduced to the molten metal in order to increase hardness, which is otherwise low in most cast iron components. More: https://www.advancedelectr , icalsolutions.biz/ https://www.article4.us/ , https://www.myfreeblog.us/ https://www.chemcham , p.in/ https://www.construni.com/ https://www , .elecpowers.com/ https://www.xiahealthy.com/ https://www.powerllife.ru/ https://www.maelecs , rl.com/ https://www.svschem.com/ https://www , .nkelec.com/ https://www.mysportslive.net/

AAAC (All Aluminium Alloy Conductors) Product Overview As an experienced bare conductor supplier, Hebei Yingshang Aluminum Industry manufactures high-quality aaac conductor (all aluminium alloy conductor) for modern overhead transmission and distribution systems. AAAC conductors are widely applied in medium to high-voltage power lines, regional distribution networks, and renewable energy grid-connection projects where corrosion resistance, mechanical strength, and long-term reliability are critical. Produced from heat-treated aluminium alloy (commonly 6201 or equivalent), AAAC conductor offers a well-balanced combination of strength, conductivity, and lightweight design. Compared with traditional AAC and steel-reinforced conductors, AAAC provides improved tensile performance and superior resistance to environmental corrosion, making it a proven solution for utilities, EPC contractors, and power grid operators worldwide.   Core Characteristics of AAAC Conductor High Mechanical Strength AAAC conductor is manufactured using high-strength aluminium alloy wire, providing significantly higher tensile strength than pure aluminium conductors. This allows the conductor to withstand greater mechanical tension and supports longer spans, making it suitable for complex terrain, urban networks, and demanding installation environments. Reliable Electrical Conductivity Although aluminium alloy has slightly lower conductivity than pure aluminium, all aluminium alloy conductor still delivers excellent electrical performance that fully meets overhead power transmission requirements. Its optimized strength-to-conductivity ratio ensures efficient and stable power delivery. Excellent Corrosion Resistance Aluminium alloy naturally resists atmospheric corrosion and does not rust. AAAC conductor is particularly suitable for coastal areas, industrial pollution zones, and high-humidity environments, where steel-cored conductors may suffer from accelerated degradation.   Electrical Performance For circular aluminium alloy wires with the same nominal cross-sectional area, DC resistance at 20 °C varies according to conductor size—larger cross- sections result in lower DC resistance. Each AAAC conductor is designed with a defined current-carrying capacity based on alloy composition and conductor cross-section. For example, a 25 mm² aluminium alloy conductor typically supports a current of approximately 110 A under standard operating conditions. These electrical characteristics ensure consistent transmission performance across different voltage classes and load conditions. More: https://www.ysalindustry.com/products.html

1.Slim elegant design, support desktop stand & wall mounting 2.Comfort level indicator; Max/min temp & RH reading recall 3.℃/℉ unit switchable 4.Widely used for home, office and aquaculture Specifications Measuring Range Temp: 0~70℃ RH: 10%~99%RH Accuracy Temp: ±1℃ RH: ±5%RH Resolution Temp: 0.1℃ RH: 1%RH Power Supply: 1×1.5V battery Dimension: 123mm×72mm×33mm Weight: 158g

Minimum Order: 1 bags

Technical Specifications Model: DO-201W Measuring Range Dissolved Oxygen (DO): 0 ~ 16.5mg/L Temperature (TEMP): 0 ~ 50℃ Accuracy DO: ±1.5% F.S (Full Scale) Temperature: ±1℃ Resolution DO: 0.1mg/L Temperature: 0.1℃ Control Setting Range DO: 0 ~ 16.5mg/L Temperature: 0 ~ 50℃ Operating Environment Ambient Temperature: 0 ~ 50℃, Humidity: less than 95%RH Display LCD digital display Overall Dimension 157mm × 165mm × 127.5mm Weight 700g

Minimum Order: 1 bags

1.This economical microprocessor-based handheld meter is equipped with a large customized LCD screen that delivers clear, easy-to-read readings. 2.The DO-510 supports dissolved oxygen measurement in two modes: percentage saturation mode and concentration mode. Built-in temperature compensation ensures highly accurate dissolved oxygen readings. Technical Parameters Measuring Range: 0.00~19.99mg/L, 0.0~255.0% Resolution: 0.01mg/L, 0.1% Accuracy: ±1.5% F.S (Full Scale) Temperature Compensation Range: 0~45℃ Power Supply: 9V battery Overall Dimensions: 123mm×72mm×33mm

Minimum Order: 1 bags

This series tachometer has moderate volume and high precision with digital display, easy to operate even in low-light environments. KL-005 Tachometer Measuring Range: 60 ~ 9999 r/min Measuring Distance: 5 ~ 40 cm Accuracy: ±(2×10⁻⁴×N + 1 digit) Display: 4-digit LED display Data Storage: Unlimited storage Operating Temperature: 0 ~ +50℃ Sampling Time: 1s, automatic repeated measurement Power Supply: AA dry batteries Weight: 300g (including batteries) Dimensions: 78mm × 38mm × 180mm KL-006 Tachometer Measuring Range: 20 ~ 50000 r/min Measuring Distance: 5 ~ 40 cm Accuracy: ±(2×10⁻⁴×N + 1 digit) Display: 5-digit LCD display Data Storage: Unlimited storage Operating Temperature: 0 ~ +50℃ Sampling Time: 1s, automatic repeated measurement Power Supply: AA dry batteries Weight: 300g (including batteries) Dimensions: 78mm × 38mm × 180mm

Minimum Order: 1 bags

Technical Parameters Model: KL-0071 Measuring Range: 30 ~ 99999 r/min Accuracy: ±(0.02%n + 1 digit) Measuring Distance: 5 ~ 150 cm Data Storage: Data remains stored until battery replacement Operating Temperature: 0 ~ 70°C Sampling Time: 1 second Power Supply: 3 × 1.5V AAA batteries Dimensions: 72mm × 136mm × 33mm Net Weight: 146g

Minimum Order: 1 bags

1.This instrument adopts LED indicator lights for clear, intuitive and accurate measurement with easy operation. 2.It is equipped with auto power on/off, automatic temperature compensation and replaceable sensor. Featuring moisture-proof, waterproof and heat-resistant performance, it is an easy-to-read tool for pH value measurement. Technical Specifications Model: KL-3385 Measuring Range: 2.1 ~ 10.8 pH Accuracy: ±0.1 pH Resolution: 0.1 pH Operating Temperature: 0℃ ~ 50℃ Automatic Temperature Compensation Range: 0℃ ~ 50℃ Power Supply: 3 AA dry batteries Dimensions: 415mm × 23mm Net Weight: 191g

Minimum Order: 1 bags

Product Overview The pH-20 pH Test Pen is a portable direct-read tester for fast pH acidity and alkalinity testing of liquids. Built with automatic temperature compensation (ATC), it turns on automatically once the probe touches liquid and shows real- time readings without complicated settings, extremely easy to operate. Equipped with a lightweight long probe, it fits wide usage scenarios: aquaculture farming, environmental water quality testing, beverage production, lab routine pH inspection and daily chemical liquid detection. It supports two-point buffer calibration to guarantee stable and accurate test results. Built-in auto power-off function reduces battery consumption, and it runs on replaceable AA batteries for long service life. The pH probe is resistant to limescale, grease and protein residue with simple daily maintenance, greatly extending electrode service life, perfect for daily frequent pH testing. Key Technical Specifications Parameter Specification Measuring Range 1.0～11.9 pH Testing Accuracy ±0.1 pH Resolution 0.1 pH Working Temperature 0℃~50℃ Automatic Temperature Compensation 0℃~50℃ Power Supply 2×1.5V AA Batteries Product Size 425mm × 39mm Net Weight 260g

Minimum Order: 1 bags

1.This nutrient tester is designed for hydroponics and agricultural use. It accurately measures the electrical conductivity (EC, unit: mS/cm) of nutrient solutions in water, and converts total dissolved solids (TDS) into parts per million (ppm). 2.Ideal for plants requiring high EC levels, this tester features an extended measuring range up to 6.0 mS/cm EC, 3000 ppm (500 ppm conversion scale) and 4200 ppm (700 ppm conversion scale). 3.Equipped with a titanium EC electrode and temperature sensor inside an IP67 waterproof floating housing, it supports stirring and testing at the same time.

Minimum Order: 1000

Air-Cooled Water-Cooled Drum Cooler Machine The Foundry Sand Drum Cooler by Guoning is a high-performance cooling solution designed for sand treatment in lost foam casting and other foundry processes. This equipment rapidly cools hot recycled sand to a controlled temperature, ensuring consistent sand quality for reuse. With a combination of water cooling and air cooling, and automatic sand flow and temperature regulation via PLC, it delivers stable performance while minimizing manual operation. This drum cooler is ideal for foundries seeking to enhance production efficiency, reduce energy consumption, and maintain the quality of recycled sand throughout the casting process. Main technical parameters Overall dimensions: 8200*2000*2250mm; Power requirements: AC power with a rated frequency of 50Hz and a rated voltage of 380V (deviation ± 5%); Power: 15KW+0.75KW ×1; Shell steel plate thickness: 4mm, 10mm Bottom channel steel: 20 # channel steel; Transmission method: gear transmission; The bearing seat is made of cast steel to enhance strength; Conveying capacity: ≥ 7.5m ³/ h (20-40 quartz sand or pearl sand); Drum speed: Drum speed: 5-15r/min Cooling water consumption: 50-100 m ³/ h; Fan model: SF NO4-4; Air volume: 9300m3/h; Power: 0.75KW. Product structure Horizontal cooling outer box: one set; Horizontal cooling inner drum: one set; Gear drive; Drive device: one set; Water-cooling system. Working Principle Hot recycled sand enters the drum from the feeding hopper. As the drum rotates, the spiral lines lift and transport the sand, allowing air and water to efficiently absorb heat. An axial flow fan directs airflow from the sand outlet into the drum, guiding heat and dust toward the exhaust. The hot air passes through a cyclone dust collector, which removes dust before clean air is discharged. Water pipes spray both the inside and outside of the drum, providing rapid cooling and ensuring sand reaches the desired temperature efficiently. A blocking wheel system prevents excessive axial force, ensuring safe and stable operation. More: https://www.gnepc.com/products/

Voc tail gas treatment equipment For Lost Foam Casting The VOC Exhaust Gas Treatment System for Lost Foam Casting is a high-efficiency solution designed to manage volatile organic compounds generated during lost foam casting processes. Engineered for industrial foundries, this system effectively reduces VOC emissions, ensuring compliance with environmental regulations while maintaining a safe and clean working environment. Processing air volume: 10000/20000/30000m ³/ h; Combined system of adsorption concentration desorption and catalytic combustion equipment: 1 adsorption bed; Carbon consumption: 1.5 cubic meters; Activated carbon adsorption bed: The main material is Q235, made of 1.5 thick steel plate, and the inner plate is 1.2 galvanized plate, containing 5cm silicate rock insulation; CO catalytic combustion furnace: The main material of the shell is Q235, with a thickness of 2.0 and 8 inner plates. It is filled with 10CM silicate rock for insulation treatment. The heating tube fins are made of 304 stainless steel, with 30 heating tubes and a total power of 60KW. Plate heat exchanger; Main air centrifugal fan with frequency conversion: 4-72-6C-15KW, including 15KW frequency converter; Desorption centrifugal fan: 9-19-4C 2.2KW; Electric control system: intelligent touch screen PLC automatic control. Main functions and advantages Activated carbon adsorption system: The exhaust gas enters the activated carbon adsorber for adsorption, and after passing through the adsorber, it is discharged into clean air that meets the emission standards. Desorption system: When the adsorber is saturated, it will enter a desorption state and use hot air to desorb the organic solvents in the adsorber, discharging high concentration waste gas into the CO device. Catalytic combustion system: High concentration organic waste gas is first heated up to the CO starting temperature through a heat exchanger. If the temperature cannot be reached, the electric heating method is turned on to raise the temperature to the starting temperature. After the waste gas enters the catalytic combustion chamber, it starts combustion and purification on the catalyst. The temperature of the emitted flue gas can reach 400-500 ℃. When the concentration of organic waste gas reaches a certain level, it can maintain spontaneous combustion in the catalytic bed without external heating, At this point, the electric heating can be stopped. The flue gas after combustion is preheated by a heat exchanger and enters the catalytic bed for combustion. The cooled flue gas is then exchanged with fresh air to control the temperature of the desorbed gas at around 120 ℃, and then discharged into the chimney through the exhaust valve. After desorption, proceed to the next cycle. More: https://www.gnepc.com/products/