Products and sourcing opportunities

Produces sugarcane windbreak and anti-fall rope, waste paper baling rope, woven bag baling rope, greenhouse film-pressing rope, highway guardrail cushion rope

BeiwEI Town, Dacheng County, Langfang City, Hebei Province

Main products: household water purifiers, commercial direct drinking water dispensers, water vending machines, hydrogen-rich water machines, whole-house direct drinking water, water softeners, large pure water (soft water) equipment OEM ODM contract manufacturing Person in charge: Zhang Chenyang Contact phone: [Log in to view phone] (custom complete machines and housings supported)

Daiguantun Village, Machang Town, Qing County, Cangzhou City, Hebei Province, Cangzhou City, Hebei Province

Source factory for hot-dip galvanized steel grating. Business owners in need are welcome to inquire about pricing at any time.

Qianmotou, Hengshui City, Hebei Province

Citrus Fruit Wine Customized by Shandong Qingbaotang

Jining City, Shandong Province

Ferrous Glycinate Granules Customized by Shandong Qingbaotang

Jining City, Shandong Province

Compound Probiotics Customized by Shandong Qingbaotang

Jining City, Shandong Province

Compound Peptide Nutritional Product Customized by Shandong Qingbaotang

Jining City, Shandong Province

Chinese Yam, Poria and Red Coix Seed Pressed Candy Customized by Shandong Qingbaotang

Jining, Shandong Province

Honey Raspberry Wine Customized by Shandong Qingbaotang

Jining City, Shandong Province

Flavored Flower and Fruit Wine Customized by Shandong Qingbaotang

Jining City, Shandong Province

Fermented White Peach Wine Customized by Shandong Qingbaotang

Jining City, Shandong Province

Chlorine Dioxide Effervescent Disinfection Tablets Customized by Shandong Qingbaotang

Jining City, Shandong Province

Molecular Antibacterial Ointment Customized by Shandong Qingbaotang

Jining City, Shandong Province

Jucheng Machinery Factory has 20 years of professional experience in manufacturing blow molding machines, integrating advanced processes from international and domestic peers, combining the strengths of many to design and develop the Jucheng series of fully automatic hollow blow molding machines. We can provide hollow forming equipment from 500 ml to 120 L. Industries covered: petrochemical, pharmaceutical packaging, food packaging, cosmetics packaging, detergent packaging, automotive, sports, hardware tools, etc. Materials used: PE, PP, PETG, PVC

Cangzhou City, Hebei Province, Botou, Cangzhou, Hebei

Jucheng Machinery Factory has 20 years of professional experience in manufacturing blow molding machines, integrating advanced processes from international and domestic peers, combining the strengths of many to design and develop the Jucheng series of fully automatic hollow blow molding machines. We can provide hollow forming equipment from 500 ml to 120 L. Industries covered: petrochemical, pharmaceutical packaging, food packaging, cosmetics packaging, detergent packaging, automotive, sports, hardware tools, etc. Materials used: PE, PP, PETG, PVC

Cangzhou City, Hebei Province, Botou, Cangzhou, Hebei

Various models

Xingtai, Xingtai City, Hebei Province

Elastin Peptide Plant Beverage Customized by Shandong Qingbaotang

Jining City, Shandong Province

Mass Calcium Customized by Shandong Qingbaotang

Jining City, Shandong Province

Ozone Antibacterial Gel Customized by Shandong Qingbaotang

Jining City, Shandong Province

Tangerine Peel and Honeysuckle Plant Drink Customized by Shandong Qingbaotang

Jining City, Shandong Province

Theaflavin Small Molecule Collagen Peptide Product Customization

Jining City, Shandong Province

Ginseng and Goji Drink Customized by Shandong Qingbaotang

Jining City, Shandong Province

The silo air cannon, also known as an arch breaker, is a special blockage-clearing and flow-assisting device for silos, ash hoppers, and bins. It is widely used in sand and gravel, mining, cement, metallurgy, power plants, biomass, powder processing, and other industries to eliminate arching, wall adhesion, and bridging blockage problems formed by powder and granular materials inside silos and ensure smooth material discharge. The equipment is mainly composed of an air storage tank, quick release valve, injection pipe, solenoid valve, control components, and mounting support. Its working principle is to store compressed air in the tank in advance; when triggered, high-pressure airflow is released instantly, forming a strong shock wave that impacts the blocked material area, breaks the cohesive arches between materials, and eliminates bridging and hanging-up phenomena. Control methods include manual, pneumatic, and electric program control. It can be triggered by a single unit, or multiple units can be grouped for sequential timed injection. For explosion-proof conditions, explosion-proof solenoid valves and control components can be selected. The shell air storage tank is a pressure vessel and is manufactured and tested according to specifications. The main material is mostly Q235 carbon steel; for corrosive and high-temperature conditions, stainless steel materials can be customized. Specifications and models are abundant, commonly 50L, 75L, 100L, 150L, 300L, etc., selected according to silo size and material characteristics. The injection port can be equipped with heat-resistant and wear-resistant nozzles, and the injection angle can be adjusted on site. The installation position is generally arranged at the cone section of the silo where arching is likely to occur; when multiple units are combined, they are arranged in a staggered manner to improve the arch-breaking effect. Compared with manual hammering and vibration motors, the air cannon has a large impact force, does not damage the silo steel plate, and has higher arch-breaking efficiency; intermittent instantaneous air injection results in low air consumption and low operating cost. However, it is not suitable for materials with extremely high moisture content that are very prone to hardening and solidification; such materials have excessive bonding strength, and a single shock wave is difficult to clear them. During use, a stable air source and oil-water separator are required, and pipelines, seals, and valves must be checked regularly to prevent air leakage and failure. In bulk material systems, it is often used together with bar valves, three-way distributors, and air-locking ash discharge valves to solve silo blockage problems, and is important flow-assisting equipment for ensuring continuous and stable silo feeding.

Botou City, Cangzhou City, Hebei Province

The electric three-way distributor, also called an electric three-way chute, is a reversing and diverting device for bulk material conveying systems. It is installed below belt discharge points, silos, and chutes and is widely used in sand and gravel, mining, building materials, metallurgy, biomass, environmental protection, and other industries. It realizes material reversing with one inlet and two outlets and is suitable for automated production lines without compressed air supply. The equipment consists of a three-way shell, reversing baffle, rotating shaft, crank connecting rod, electric actuator, and stroke signal feedback device. It is divided into straight three-way and side three-way structures, which can be selected according to on-site pipeline routing. The electric actuator drives the baffle to swing and switch the material flow direction, so that the material is discharged from one side outlet. After the baffle reaches position, the limit mechanism self-locks to prevent the baffle from shifting due to material impact. Equipped with a signal feedback component, it can be connected to the central control system for remote operation and real-time return of in-position status. In explosion-proof areas, explosion-proof electric actuators can be selected. The main shell is welded from Q235 carbon steel. For wear-resistant conditions, NM400 wear-resistant liners or surfacing wear-resistant layers can be added; for high-temperature and corrosive conditions, 304 and 316 stainless steel materials can be customized. The inlet and outlet are square flange interfaces with complete specifications and can match chutes and pipes. Non-standard angles and non-standard sizes can be customized. The internal flow channel is smooth, reducing the probability of material impact and accumulation. Compared with pneumatic three-way distributors, the electric model does not require laying air source pipelines and can be used after wiring, offering stronger on-site adaptability. Compared with manual three-way distributors, it can automatically reverse remotely, saving manpower, and is suitable for conditions requiring timed and programmed material flow switching. The equipment is suitable for dry granules and loose powder; wet, sticky, and easily caking materials tend to adhere to the baffle, causing jamming and incomplete reversing. In dust removal and bulk material conveying processes, it is often interlocked with bar valves and flap valves to complete integrated control of material shut-off, reversing, and discharge, and is commonly used supporting equipment for automatic switching between two conveying lines.

Botou City, Cangzhou City, Hebei Province

The pneumatic three-way distributor, also called a pneumatic three-way chute, is a commonly used reversing and distributing device in bulk material conveying systems. It is mostly installed at silos, belt discharge points, and below chutes and is widely used in sand and gravel, mining, building materials, metallurgy, biomass, environmental protection, and other industries for reversing and conveying granules and dry powder in pipelines, realizing switching with one inlet and two outlets, and is suitable for automated centralized control production lines. The equipment is mainly composed of a three-way shell, reversing baffle, rotating shaft, cylinder drive assembly, and limit feedback device. Material enters from the upper inlet; the cylinder pushes the baffle to swing and reverse, switching the material flow direction and guiding the material to the left or right outlet, thereby switching between two conveying channels. There are two structural forms, straight three-way and side three-way, selected according to on-site pipeline layout; the shell can be made into a wear-resistant thickened structure, and the baffle can be equipped with wear-resistant liners to improve service life. Equipped with a solenoid valve and stroke switch, it can be connected to the central control system for remote reversing and real-time feedback of the baffle in-position signal. In explosion-proof locations, explosion-proof cylinders can be configured. The valve body is conventionally welded from Q235 carbon steel. For wear-resistant conditions, a wear-resistant layer can be surfaced or NM400 wear-resistant liners can be added; when corrosion or high temperature is required, 304 stainless steel material can be customized. Flanges and square interfaces have complete specifications and can connect to chutes and pipes, with support for non-standard angles and non-standard sizes. The internal flow channel is smooth, reducing material impact and accumulation. Compared with manual three-way distributors, the pneumatic model has fast reversing speed, does not require manual on-site shifting, and can automatically switch remotely, making it suitable for conditions with frequent reversing; it has a simple structure and low failure rate. This equipment is suitable for dry granules and loose powder; wet, sticky, and easily caking materials tend to adhere to the baffle and inside the shell, causing reversing jamming and poor distribution. In the complete process, it is often used with bar valves and flap valves to realize interlocked control of material shut-off, reversing, and discharge, and is core supporting equipment for bulk material diversion and switching between two conveying lines.

Botou City, Cangzhou City, Hebei Province

The electric mushroom-head air-locking valve, also known as the mushroom-head air-locking valve or double-layer conical electric ash discharge valve, is a high-efficiency air-locking discharge device specially used at the bottom of dust removal ash hoppers, cyclone cylinders and silos. It is widely used in negative-pressure dust removal systems in building materials, mining, metallurgy, power plants, biomass and other industries, and is suitable for automated ash discharge of dry powder and fine particulate materials. The valve consists of a welded valve body, upper and lower double-layer mushroom-head conical valve plates, an electric actuator, a crank connecting rod transmission assembly and wear-resistant seals. Unlike ordinary flat-plate flap valves, the mushroom-head conical sealing surface fits more tightly; the two layers open and close alternately in sequence, so that one layer of valve plate always remains closed during discharge, continuously blocking outside air from flowing back, providing excellent air-locking performance. The electric actuator drives the connecting rod to move the upper and lower mushroom-head valve plates according to the set sequence; the discharge frequency and opening/closing interval are adjustable. With a stroke feedback device, it can be connected to central control for remote control, and explosion-proof electric actuators can be selected for explosion-proof conditions. The valve body is welded from thickened Q235 carbon steel; a wear-resistant layer can be built up by surfacing for wear requirements, and 304 stainless steel can be customized for high-temperature and corrosive conditions. Square flange specifications are complete, commonly 300×300, 400×400, 500×500, etc., and non-standard customization is supported. The conical flow-guiding structure is not prone to material accumulation and blockage, with a lower probability of material jamming than flat-plate valves; the sealing rubber strip is easy to replace, making inspection and maintenance convenient. Compared with the heavy-hammer mushroom-head air-locking valve, the electric version's discharge rhythm is not constrained by material weight; start and stop are controllable and adjustment is flexible, making it suitable for large-flow, continuous automated ash discharge conditions. Compared with ordinary electric flat-plate flap valves, the mushroom-head arc seal provides stronger air-locking performance and a lower air leakage rate, making it more suitable for high-negative-pressure dust removal systems. This valve is not suitable for wet, sticky or easily hardened materials, as material adhesion will cause seal failure. In dust removal processes, it is often used together with spark catchers and bar valves to stabilize the negative pressure of the dust collector and reduce air volume loss, and is a high-performance air-locking device for powder negative-pressure discharge systems.

Botou City, Cangzhou City, Hebei Province

The electric flap valve is a lock-air shutoff and discharge valve commonly used in dust removal and bulk material conveying systems. It is driven by an electric actuator and is mainly installed at the bottom of dust collector ash hoppers, silos and chutes. It is widely used in building materials, mining, sand and gravel, metallurgy, biomass and other industries for the discharge of dry powder and fine particulate materials and for pipeline on/off control, and is suitable for automated production lines without an air source. The valve consists of a welded valve body, flap door plate, rotating shaft, sealing assembly, electric actuator and limit feedback device, and is available in single-layer and double-layer structures. The single-layer electric flap valve has a simple structure and is mostly used in conventional negative-pressure discharge conditions; the double-layer structure has two doors that open and close alternately, providing excellent air-locking performance and is suitable for high-negative-pressure dust removal systems, effectively preventing outside air from flowing back and maintaining stable negative pressure in the dust collector. The electric actuator drives the flap to complete the opening and closing action; with a signal feedback device, it can be connected to the central control system for remote operation and upload the valve open/close status in real time. Explosion-proof electric actuators can be selected for explosion-proof scenarios. The valve body is generally welded from Q235 carbon steel; wear-resistant liners can be added for wear conditions, and 304 or 316 stainless steel can be customized for high-temperature and corrosive conditions. Square flange specifications are complete, commonly 300×300, 400×400, 500×500, 600×600, etc., and non-standard customization is supported. The door plate is equipped with rubber and fluororubber seals, providing stable sealing performance, and the opening/closing speed is adjustable. Compared with the heavy-hammer flap valve, the electric flap valve does not rely on the material's own weight; its opening and closing actions are actively controllable, and the discharge timing can be set as needed. Compared with the pneumatic flap valve, it does not require an air source pipeline and can be put into use with wiring only, offering greater installation adaptability. This valve is not suitable for wet, sticky or easily caking materials, which tend to adhere to the door plate, damaging the seal and causing valve jamming. In dust removal processes, it is often used together with spark catchers and bar valves; it can serve as both an ash hopper air-locking discharge device and an emergency shutoff valve for pipelines, and is a preferred supporting device for automated dust control projects without an air source.

Botou City, Cangzhou City, Hebei Province

The pneumatic flap valve is a commonly used air-locking discharge and shut-off device in dust removal and bulk material systems. It uses a cylinder as the driving source and is widely installed at the lower ends of dust collector ash hoppers, silos, and chutes. In dust control production lines in building materials, mining, sand and gravel, metallurgy, biomass, and other industries, it is used for the discharge and on/off control of dry powder and fine particulate materials and is suitable for automated centralized control conditions. The valve consists of a welded valve body, flap door panel, rotating shaft, sealing components, drive cylinder, stroke limit switch, and other parts, and is divided into single-layer and double-layer structures. Single-layer pneumatic flap valves are mostly used in general negative pressure and conventional discharge occasions; double-layer double-door valves open and close alternately and have better air-locking sealing performance, making them suitable for high-negative-pressure dust removal systems. They effectively prevent outside air from flowing back and ensure stable negative pressure in the dust collector. Relying on the air source to push the cylinder and drive the flap to open and close quickly, the valve can achieve intermittent discharge or emergency shut-off. Equipped with a solenoid valve and stroke switch, it can be connected to the central control system to remotely feed back the valve open/close status. In explosion-proof areas, explosion-proof cylinder components can be selected. The main valve body is made of welded Q235 carbon steel. For wear resistance requirements, wear-resistant liners can be added; for high-temperature and corrosive conditions, 304 and 316 stainless steel materials can be customized. Square flange specifications are complete, commonly 300×300, 400×400, 500×500, 600×600, etc., and non-standard customization is supported. The door panel is equipped with rubber or fluororubber sealing for reliable sealing performance, and the opening and closing speed can be adjusted according to material characteristics. Compared with counterweight flap valves, pneumatic flap valves have controllable action and fast response, are not limited by material weight, can actively open and close, and do not rely on material self-weight. Compared with electric flap valves, they have a simple structure and open and close quickly, making them suitable for workshops with a stable air source. This valve is suitable for dry, loose powder and fine particulate materials; wet, sticky, and easily caking materials tend to adhere to the door panel and cause sealing failure. In the complete dust removal process, it is often used together with spark catchers and bar valves. It can serve as both an ash hopper discharge air-locking device and a pipeline emergency shut-off valve, and is mainstream supporting equipment for automated dust control projects.

Botou City, Cangzhou City, Hebei Province

The heavy-hammer flap valve, also known as the single-layer heavy-hammer ash discharge valve or gravity flap air-locking valve, is a commonly used air-locking discharge device at the bottom of dust removal equipment, ash silos and hoppers. It is mostly used below bag filters, cyclone dust collectors and settling ash hoppers, and is widely used in building materials, metallurgy, sand and gravel, mining, biomass, environmental dust removal and other industries to achieve continuous ash discharge while blocking airflow and preventing air leakage and cross-flow. The valve mainly consists of a valve body, flap door plate, rotating shaft, heavy-hammer adjustment mechanism and seals, and works on the principle of balancing material self-weight against a heavy-hammer counterweight. When the accumulated material in the ash hopper exceeds the balancing force set by the heavy hammer, the flap is pressed open and the material falls and discharges automatically; after discharge is complete, the heavy hammer drives the flap to quickly reset and close, isolating the airflow between the upper and lower chambers and providing an air-locking effect. It is available in single-layer and double-layer structures; the single-layer structure is simple and low-cost; the double-layer structure has two doors that open and close alternately, providing stronger air-locking performance, and the double-layer heavy-hammer flap valve is preferred for dust removal systems with higher negative pressure. The valve body is generally welded from Q235 carbon steel; liners can be thickened for wear conditions, and 304 stainless steel can be customized for corrosive and high-temperature conditions. Square flange specifications are complete, commonly 300×300, 400×400, 500×500, etc., and non-standard customization is supported. The heavy-hammer position can be adjusted according to dust weight and system negative pressure to adjust the flap opening pressure, adapting to dry powder, small particulate materials such as dry fly ash, mineral powder and fine sand and gravel materials. Compared with rotary airlock feeders, the heavy-hammer flap valve requires no motor or reducer, consumes no electricity, has a simple structure, low failure rate and convenient maintenance. It relies on gravity for automatic discharge and is suitable for intermittent ash discharge; its disadvantage is that it is only suitable for dry, loose materials, and wet, sticky or caking materials easily adhere to the plate and cause jamming, resulting in air-locking failure. In dust removal systems, it is installed at the bottom of the ash hopper to ensure stable negative pressure inside the dust collector and avoid outside air backflow affecting dust removal efficiency. It is often used together with spark catchers and bar valves, and is a classic air-locking discharge device in dust control projects.

Botou City, Cangzhou City, Hebei Province

Aronia Plant Beverage Customized by Shandong Qingbaotang

Jining City, Shandong Province

Mint Liqueur Customized by Shandong Qingbaotang

Jining City, Shandong Province

Sea Buckthorn Plant Beverage Customized by Shandong Qingbaotang

Jining City, Shandong Province

White Kidney Bean Pressed Candy Customized by Shandong Qingbaotang

Jining City, Shandong Province

Amino Acid Cleansing Mousse Shandong Qingbaotang Product Customization

Jining City, Shandong Province

Ejiao Goji Peptide Shandong Qingbaotang Product Customization

Jining City, Shandong Province

Aminobutyric Acid Plant Beverage Shandong Qingbaotang Product Customization

Jining City, Shandong Province

VC Red Grapefruit Plant Beverage Shandong Qingbaotang Product Customization

Jining, Shandong

DHA Elderberry Beverage Customized by Shandong Qingbaotang

Jining, Shandong

Meibaolin Amino Acid Conditioner Shandong Qingbaotang Product Customization

Jining City, Shandong Province

Aminobutyric Acid Nutrient Customized by Shandong Qingbaotang

Jining, Shandong

Custom-made various oil cylinders, special-shaped oil cylinders, and ordinary oil cylinders. Bosses are welcome to send pictures for consultation.

Xingtai City, Hebei Province

Double-acting hydraulic oil cylinder, 40 bore diameter steering oil top function, small hydraulic cylinder jack

Xingtai City, Hebei Province

Anping County Muyuan Wire Mesh Manufacturing Co., Ltd. is a source factory producing and selling guardrail mesh, isolation mesh, active and passive protection mesh, wire mesh, fence mesh, etc. Inquiry phone: [View phone after login]

Anping County, Hengshui City, Hebei Province

Anping County Muyuan Wire Mesh Manufacturing Co., Ltd. is a source factory producing and selling guardrail mesh, isolation mesh, active and passive protection mesh, wire mesh, fence mesh, etc. Inquiry phone: [View phone after login]

Anping County, Hengshui City, Hebei Province

Anping County Muyuan Wire Mesh Manufacturing Co., Ltd. is a source factory producing and selling guardrail mesh, isolation mesh, active and passive protection mesh, iron wire mesh, fence mesh, etc. Consultation phone: [log in to view phone number]

Anping County, Hengshui City, Hebei Province

Anping County Muyuan Wire Mesh Manufacturing Co., Ltd. is a source factory producing and selling guardrail mesh, isolation mesh, active and passive protection mesh, iron wire mesh, fence mesh, etc. Consultation phone: [log in to view phone number]

Anping County, Hengshui City, Hebei Province

Anping County Muyuan Wire Mesh Manufacturing Co., Ltd. is a source factory producing and selling guardrail mesh, isolation mesh, active and passive protection mesh, iron wire mesh, fence mesh, etc. Consultation phone: [log in to view phone number]

Anping County, Hengshui City, Hebei Province

Production and sales: guardrail mesh, isolation mesh, slope protection mesh, fence mesh, gabion mesh

Xing'an Avenue, Anping County, Hengshui City, Hebei Province