Silicone Hose can be widely apply for many filed, including Car, Truck, Bus, Racing Car, Heavy machine , Engineering. Used for Engine Air Intake, Exhaust, Water, Oil, Turbocharger, Radiators, Cooling System, etc. high quality engine radiator coolant 90 degree silicone hose kit for cars We can produce all kinds of high quality and low price silicone rubber hose as your needs. If you have any further question, welcome to inquire and cooperate. Hope you a prosperous business. Sincerely.
Silicone Hose can be widely apply for many filed, including Car, Truck, Bus, Racing Car, Heavy machine , Engineering. Used for Engine Air Intake, Exhaust, Water, Oil, Turbocharger, Radiators, Cooling System, etc. high quality engine radiator coolant 90 degree silicone hose kit for cars We can produce all kinds of high quality and low price silicone rubber hose as your needs. If you have any further question, welcome to inquire and cooperate. Hope you a prosperous business. Sincerely.
Silicone Hose can be widely apply for many filed, including Car, Truck, Bus, Racing Car, Heavy machine , Engineering. Used for Engine Air Intake, Exhaust, Water, Oil, Turbocharger, Radiators, Cooling System, etc. high quality engine radiator coolant 90 degree silicone hose kit for cars We can produce all kinds of high quality and low price silicone rubber hose as your needs. If you have any further question, welcome to inquire and cooperate. Hope you a prosperous business. Sincerely.
Overall Dimension(L*W*H): 12400*2500*1520 Tare Weight : 5.7t Loading Weight: 60t Axle: 2 or 3 axles, BPW / FUWA / HUAJING etc Suspension system: Mechanical Suspension / air suspension / single point suspension (Germany Type or America Type or Japan Type) Main Beam: The height of the beam is 500mm,upper plate 14mm,down plate is 16mm,middle plate is 6/8 mm, Material is Q345 Carbon Steel Container Twist Locks: 4 pcs or 8 pcs or 12pcs container lock
The panel bender with fast setup and operation is an advanced metalworking machine designed to bend and form sheet metal with precision and speed. This innovative machine is equipped with state-of-the-art technology that streamlines the setup and operation process for greater efficiency and accuracy in metal fabrication. The panel bender is a versatile machine that can handle a wide range of sheet metal thicknesses and materials. It is particularly useful for producing complex shapes and designs that must meet tight tolerances. The machine's advanced features allow it to produce even the most intricate shapes with ease, reducing the need for expensive and time-consuming hand-forming techniques. One of the key advantages of the panel bender is its fast setup and operation time. With traditional metal bending machines, extremely precise measurements must be taken and the machine's settings must be adjusted manually, which can be a time-consuming process. However, the panel bender utilizes an automated setup system that streamlines the process and eliminates the need for manual adjustments. This automated system significantly reduces the time required for setup, enabling the operator to move on to the production process more quickly. The panel bender also incorporates advanced technology that allows for high-speed bending and forming without sacrificing accuracy. This is due to its use of servo-electric motors that provide fast and precise movement of the bending blades. Additionally, the machine's computerized control system ensures consistent bending angles and tolerances throughout the production process, reducing the need for rework and scrap. Overall, the panel bender with fast setup and operation is a game-changer in the metalworking industry. Its advanced features and automated processes make it ideal for high-volume production environments where speed, accuracy, and efficiency are paramount. With its ability to handle a wide range of materials and thicknesses and produce complex shapes and designs, the panel bender is a valuable asset for any metal fabrication operation.
Cheap Prefab Houses A prefab steel frame cabin is a new concept of the environmentally friendly economic mobile house with light steel as the framework, sandwich plate as the enclosure material, space combination with standard module series, and bolt connection. It can be assembled and disassembled easily and quickly, realizing the general standardization of temporary buildings and establishing the concept of environmental protection, energy saving, and fast and efficient construction. So this kind of prefab metal cabin kits is affordable. Type of pre engineered metal building by features As the most economical and practical temporary building for accommodation, office, and warehousing, K-type steel structure prefabricated house has a unique structural system with superior wind resistance. The span of the house can range from 5 meters to 18 meters, and the length is based on a standard module of 1.82 meters for flexible space combination. It uses light steel structure to form its skeleton system and sandwich wall and roof panels to form the enclosure and roof system. This achieves the concept of simple and beautiful appearance, fast construction, safe use, and standardization. It is a standardized temporary housing product that enters industrialized production and can be stored and used repeatedly. Types of pre engineered steel building by uses As an outstanding representative of T-type houses, this cheap steel structure prefab house is economical, beautiful, and cost-effective. It can be customized according to customer size requirements and can meet the needs of use in most climatic conditions.
Guangdong Hangao Technology Co., Ltd. distinguishes itself as a premier one-stop service provider in China for high-end stainless steel industrial pipe equipment. Our extensive portfolio includes precision welded pipe production lines, weld bead rolling machines, online and offline bright annealing equipment, welding tracking systems, intelligent control systems, finish rolled pipe bright annealing machines, rotary black annealing machines, and more. We pride ourselves on seamlessly integrating R&D, manufacturing, sales, and comprehensive support services to meet the diverse needs of our clientele. Hangao stands as the global frontrunner in delivering turnkey, fully automated stainless steel tube manufacturing equipment and tube mill lines. With a rich legacy of over two decades in the industry, we boast a comprehensive team dedicated to design, manufacturing, and after-sales support. Our extensive offerings encompass laser-welded tube machines, quick mold change stainless steel manufacturing machines, precision stainless steel tube making machines, titanium-welded tube manufacturing machines, and a spectrum of cutting-edge solutions. We provide our customers with perfect pipe production lines and product solutions, which are used to produce high standard welded pipe. In order to cooperate with the stability of the high speed welding, the frame adopts integral design, enhance the rigidity, reduce the accumulative errors.� Electrical control system: to prevent high frequency function, the protection of argon arc welding machine, avoid influencing electric control parts.
Introduction The ARTB series filter cartridge uses high-purity titanium powder as the raw material, processed through high-temperature vacuum sintering. It features high porosity, uniform pore size distribution, and unique capabilities to withstand temperatures up to 300 degrees Celsius (in wet conditions) as well as strong acids and alkalis. This product is easy to backwash, enabling effective regeneration, and is suitable for separating and purifying various gases or liquid media. Specification Filter material: High-purity titanium Pore size: 0.22 ~ 100 micron Length: 5" ~ 40" Diameter: 60 ~ 100 mm Physical regeneration methods: a. Pure water backwashing b. Steam blowback c. Ultrasonic cleaning Chemical treatment methods: a. Alkaline washing b. Acid washing Interface type: 222, 226, 215, DOE, M20, M30, M36, M42 Gasket/O-rings: Silicone, EPDM, NBR, Viton, wrapped in PTFE Application Pharmaceutical industry: Decarbonization and impurity removal filtration in the production of raw pharmaceutical materials. Chemical industry: Filtration of strong acidic and alkaline chemical solvents. Water treatment industry: Pre-filtration for reverse osmosis systems, seawater desalination, wastewater treatment systems, etc. Gas industry: Purification of compressed air and catalytic gases, filtration in ozone sterilization systems. Food industry: Clarification filtration for food and beverages, edible oils, soy sauce, vinegar, and other products.
IFE Public Transport Escalator An escalator is a type of conveyor that moves people horizontally or vertically between levels of a building or other structure. The public transport escalator is often used in public transportation systems such as airports, train stations, and shopping malls to help people easily access different levels of the building. IFE Public Transport Escalator List GRACES-700 GRACES-700 heavy-haul public transport escalator provides the safest, most comfortable and stable conveying equipment for crowded places such as subways, railway stations and airports. Public Transport Escalator Structure Why Choose IFE Public Transport Escalator? GRACES-700 heavy-duty public transport escalator adopts leading technology at home and abroad. And the drive host adopts a two-stage deceleration structure, which is highly efficient and energy-saving. The full frequency conversion control system is adopted to meet the needs of passenger flow at different times. The safety factor of the drive system reaches more than 8 to meet the safety of the equipment. The Important Role Of Transport Escalator Plays In Public In the dense flow of people and other public transportation places safety is particularly important. GRACES-700 escalator static load safety factor can reach more than 8 times, enough to cope with various harsh situation needs, the drive host adopts a two-stage reduction device, the transmission efficiency can reach 95%, effectively reducing power loss. All metal parts are made of corrosion-resistant materials, and the service life of the whole machine can reach more than 40 years, avoiding frequent replacement of parts during use, reducing the utilization rate of equipment, thereby improving the conveying rate of passengers.
Specification of Kitagawa detector tubes/KITAGAWA gas detection system 201SB Tube No.: 201SB Substance to be measured: Chloride ion Measuring Range: 3-200ppm Shelf life: 2 years (after production) We have more than 300 types of tube, for other tubes and specification details, please contact us at info@hn-guangqun.com Product Description of Kitagawa detector tubes The Kitagawa Gas Detector Tube system is a complete sampling and analysis system for determining the concentration of hazardous gases and vapors on the spot. Kitagawa offers more than 300 types of detector tubes to detect a wide range of gases and vapors, in a multitude of concentration ranges from ppb to percent. Tubes are calibrated on a single pump stroke, and provide a direct reading of the gas concentration. Each detector tube is wrapped in a thin transparent film that guards against shattering of the glass tube and the dispersing of chemical reagent in the event of accidental breakage. Each detector tube is formulated with high purity reagents that absorb and react with the target gas or vapour being measured. A colorimetric stainis created that is proportional in length to the concentration. For most tubes, the concentration is read directly off the measurement scale on each tube. Applications of Kitagawa detector tubes Oil & Gas Pulp & Paper Fire Service Chemical Agriculture & Food Forensics Semiconductor Construction Law Enforcement Shipping Indoor Air Quality Homeland Security Our Competitive Advantage 1.As an old brand in gas detection and measuring, KITAGAWA has passed 68 years. 2.Certificate: ISO, SEI,EN1231 3.Price at least 5% Lower Than other competitors in China 4.Shipment: 10% Faster than other suppliers, For some ordinary Items, we have in stock and can send within 3 working days. 5. Technology Support: According to customerâ??s exact requirements, supply valuable solutions. 6. Service: your inquiry can be replied within 24 hours during working days.
High Speed Linear Actuator High-speed linear actuators offer rapid and precise linear motion with quick response times. Engineered with high-speed motors and advanced transmission systems, they are used in robotics, automation, and aerospace. These actuators enhance productivity, reduce cycle times, and deliver efficient performance in applications requiring fast and accurate movement. Types of High Speed Linear Actuator DDTG-55 High Speed Tubular Linear Actuator The DDTG-55 Tubular Linear Actuator is a compact and reliable device for linear motion applications. DDTG-55Z High Speed Tubular Linear Actuator The DDTG-55Z High Speed Tubular Linear Actuator is a fast and efficient linear actuator designed for applications that require quick response times and high-speed movements. Understanding the Mechanics of High Speed Linear Actuators Fast linear actuators are engineered to provide rapid and efficient linear motion in applications that require quick response times and fast movements. To understand their mechanics, it's important to consider their key components and operating principles. These actuators generally feature a high-speed motor that generates the necessary torque and speed for rapid movement. The motor is typically paired with a transmission system, such as a ball screw or lead screw mechanism, to convert the rotary motion of the motor into linear motion. The transmission system plays a crucial role in achieving high speeds while maintaining precision and accuracy. It translates the rotating motion of the motor into linear movement by utilizing a screw and nut assembly. The precise thread pitch of the screw ensures smooth and consistent linear translation.
Electroplating wastewater include the pretreatment rinsing wastewater, plating rinsing wastewater. And the principal pollutants are heavy metal ion . 1.1 Up-to-standard discharge technology The emission of waste water which contains heavy metal ions such as Cr, Cu and Ni must meet the local requirements by adopting the means of Physical and Chemical Reaction + Sequencing Batch Precipitation + Ion Exchange + Compulsory Filtration to reach the standard. 1.2 Electroplating wastewater reuse technology Electroplating wastewater reuse technology means to add reclaimed water reuse system and reuse system on the basis of standardized discharge technology. The effluent can meet reclaimed water reuse standards(such as cleaning). 1.3 Electroplating wastewater zero-discharge technology MVR evaporator Working principle: MVR evaporator will increase the energy of secondary steam by using compressor, and will take advantage of the secondary steam with improved energy to recycle the potential heat of secondary steam. Specifically: Increase the pressure and temperature of the secondary steam generated by evaporator through the adiabatic compression in compressor, and after that, the steam will be fed into the heating chamber of evaporator (heat exchange system) as the heating steam, thus the potential heat of steam can be reused. The cold material will absorb the heat of non-condensable gas through preheating exchanger before being sent into evaporator, so the temperature of the cold material will increase, meanwhile, the condensate can be cooled by this material. This can further improve the utilization ratio of heat.
Common mode chokes, or common mode inductors, consist of two or more coils of insulated wire on a single magnetic core. Each winding is put in series with one of the conductors. This means that the magnetic fields of the wires combine to present high impedance to the noise signal. Common mode choke is an inductive device used to suppress common mode interference signals. Its main features are that it can suppress common-mode interference signals, realize differential mode conversion, have large inductance value, and small size. Common mode inductors can be used in power supply, communications, computers, medical care, industrial automation and other fields. It is often used in computer switching power supplies to filter common mode electromagnetic interference signals. In the computer field, common mode inductors are widely used in network communications, servers, data centers and other places. In these places, common-mode inductors can effectively suppress common-mode noise on power lines or signal lines, ensuring the stability and integrity of data transmission. In addition to the computer field, common mode inductors have also found wide applications in automotive electronics, medical equipment, industrial control and other fields. In these situations, common mode inductors can also play a role in suppressing common mode interference and improving signal quality. In the field of automotive electronics, common mode inductors are used to suppress common mode noise on automotive power lines to ensure stable operation of automotive control systems. In the field of medical equipment, common mode inductors can be used to suppress electromagnetic interference on the power lines of medical equipment, thereby improving the electrical performance and reliability of medical equipment. In the field of industrial control, common mode inductors can be used to suppress common mode noise on signal lines in industrial control systems, thereby improving the accuracy and stability of the control system.
GOST 12.4.294-2015, TR CU 019/2011(EN 149:2001+A1:2009) Respiratory protection - filtering half masks for protection against aerosols and particulates. All WALL respirators are tested and approved in accordance with GOST 12.4.294-2015 (EN 149:2001+A1:2009). This standard specifies a wide range of requirements for respirators in order to provide the maximum level of protection and comfort to the user. Key tests in GOST 12.4.294-2015 (EN 149:2001+A1:2009) â?¢ measurement of inhalation and exhalation resistance â?¢ checking the exhalation valve â?¢ visual inspection (labeling, instructions for use) â?¢ determination of filtration efficiency (protection class) â?¢ testing on dolomite dust FFP 1 FFP1 respirators have a filtering capacity of at least 80% and are designed for individual protection of the human respiratory system from all types of aerosols (dust, smoke, fog) at a concentration of up to 4 maximum permissible concentrations. Such respirators are suitable for particles that are not toxic. FFP 2 FFP2 respirators have a filtering capacity of at least 94% and are designed for individual protection of the human respiratory system from all types of aerosols (dust, smoke, fog) at a concentration of up to 12 maximum permissible concentrations. Effective when working in difficult conditions, when working in areas of high and low temperatures, high humidity. FFP 3 FFP3 respirators have a filtering capacity of at least 99% and are designed for individual protection of the human respiratory system from all types of aerosols, including radioactive and carcinogenic, at a permissible concentrations of up to 50. Effective when working in difficult conditions, when working in areas of high and low temperatures, high humidity. All respirators meet the additional requirements of the dolomite dust test and are therefore marked with the letter D. Consequently, respiratory protection products provide excellent breathability even in very dusty environments and during prolonged use
Never used machine. Feed capacity: approx. 35 t/h Grain size: Raw material: 0-150 �¼m Circulation material: 0-150 mm Bulk density: 1.0-1.2 g/cm2 Free moisture: 0-0.5% Temperature: 120 °C Product: Briquette > 10 mm 25 t/h fine < 10 mm approx. 10 t/h Device parameters: Roll diameter: 1000 mm Roll body width: 930 mm Maximum load: 7200 kN Rolling speed: 0.42 m/s Press: 400 kW Hydraulic system: 3 kW Roller presses are used for pressing or briquetting various types of coal, minerals, ores and mixtures with binders. In order to achieve sufficient breaking strength by pressing or briquetting, products with low surface moisture are suitable for handling. Depending on the input material and the final product, roller presses can be equipped with optional functions. The material fed into the screw is a mixture of gypsum hemihydrate and gypsum dihydrate. The arrow screw lifts the material and pushes it into the area between the two rollers. Briquettes are created by pressing the material in the gap between the cylinders. A certain part of the material leaves the press through the gaps of the trough forms. The subsequent screening process is performed with a 10 mm cut. Adapting the press to the overall system as part of the trial run is extremely important to deliver a product that meets quality requirements. Interruption of the briquetting process due to a lack of material leads to disruption of the material flow as well as excessive stress on the roller press. The technical description of control and regulation of the roller press, including accessories, is part of the specification of the independent energy and control system supplier.
Never used machine. Feed capacity: approx. 35 t/h Grain size: Raw material: 0-150 �¼m Circulation material: 0-150 mm Bulk density: 1.0-1.2 g/cm2 Free moisture: 0-0.5% Temperature: 120 �°C Product: Briquette > 10 mm 25 t/h fine < 10 mm approx. 10 t/h Device parameters: Roll diameter: 1000 mm Roll body width: 930 mm Maximum load: 7200 kN Rolling speed: 0.42 m/s Press: 400 kW Hydraulic system: 3 kW Roller presses are used for pressing or briquetting various types of coal, minerals, ores and mixtures with binders. In order to achieve sufficient breaking strength by pressing or briquetting, products with low surface moisture are suitable for handling. Depending on the input material and the final product, roller presses can be equipped with optional functions. The material fed into the screw is a mixture of gypsum hemihydrate and gypsum dihydrate. The arrow screw lifts the material and pushes it into the area between the two rollers. Briquettes are created by pressing the material in the gap between the cylinders. A certain part of the material leaves the press through the gaps of the trough forms. The subsequent screening process is performed with a 10 mm cut. Adapting the press to the overall system as part of the trial run is extremely important to deliver a product that meets quality requirements. Interruption of the briquetting process due to a lack of material leads to disruption of the material flow as well as excessive stress on the roller press. The technical description of control and regulation of the roller press, including accessories, is part of the specification of the independent energy and control system supplier.
Complete Automatic Aluminum Foil Container Making Machine Line Model: SEAC-63A-4 : Max. Mould Lenght 1150mm Units: Automatic Feeder+Automatic 63Ton Press+Cavities Mould+Auto Stacker+Scrap Sucker& Presser. It fit for all common size Aluminum Foil Container production requested. The Big capacity could to cover big range of size products. Lower power requested than other old model machines. Specification: 1. Raw material: Aluminum foil; Thickness: 0.030mm~0.250mm; Alloy: 8011, 8006, 3003, 3005 etc.; 2. Japan Inverter, PLC and 10inch touch screen control system; 3. Max. Width of Aluminum foil: 880mm; 4. Max. Diameter of Aluminum foil: 1000mm; 5. Core diameter of Aluminum foil: 76/152mm; 6. Working speed: 40-75 times/min; 7. Total Power: 11kw+2kw+2kw+1kw; 4Motor 8. Compressed air needed: 0.5- 0.8 Mpa, 0.2m3/min; 9. Install dimension: 7100*2600*3500mm; Technical Data: Max. Mould Size: 1100*900*450mm; Slide block stroke: 180-260mm; Slide block dimension: 380*145mm; Automatic mould height adjust unit: 0.5kw; Work plate dimension: 1100*200*300mm, separated two sets with Balls; Tension: complete automatic adjust; Feeding System: Servo Motor, higher precision and more power; Auto Stacker: SMC lift for stacking system, top quality; Power: 4P, 380V or 220V, 50Hz /60Hz; Net weight: 9,500kg.
Technical Parameters : Travel of X and Y Axes: 800x630 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1130x9500x300 mm; Maximum Work piece weight: 750 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 2200x1650x1910 mm; Approx. Machine weight: 3000 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters : Travel of X and Y Axes: 630x500 mm; Maximum cutting thickness: 350 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 m mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 1020x640x350 mm; Maximum Work piece weight: 300 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1960x1620x2160 mm; Approx. Machine weight: 2200 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
Technical Parameters : Travel of X and Y Axes: 500x400 mm; Maximum cutting thickness: 300 mm; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm. mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 850x540x300 mm; Maximum Work piece weight: 450 kg; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " u.m; Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; Maximum cutting speed: More than 120 square mm/min; Numerical Control System: X8, HF SYSTEM or HL SYSTEM ; Display: Latest Version ; Serial Interfaces: USB port, RS 232C port, Ethernet port ; Remote control: With the function ; 3-D Graphical Preview: With the function ; Total machine power: 1.8 KV; Wire speed: 11.5 m/s; Minimum feed increment: 0.001 mm; Pulse width adjustable range: 15-150 us; Maximum power consumption: less than 2 KVA; Approx. Machine size (LxWxH): 1960x1620x2160 mm; Approx. Machine weight: 1800 kg; Approx. control cabinet size (LxWxH): 670x700x1100 mm; Approx. control cabinet weight: 100 kg.
