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BM10-10 Automatic Hydraulic Soil Clay Block Machine Advantages 1) High pressure The hydraulic pressure is 100T,it can make soil block with higher density.we can also customize hydraulic pressure up to 300T 2) High efficiency The machine cycle time is12-15S per stroke,daily capacity can reach 24000pcs. 3) Block height adjustable. The machine can make block with different height by adjust the sensors 4) Multi functional The clay brick making machine can make different designs by changing moulds 5) Fully automatic The machine is controlled by PLC program,run smoothly without control. Main Technical Parameters Overall size  236X180X260cm Host machine power 30KW Molding period 12-15S Rated pressure 100T Weight 4000KG Mixer model JQ800

Overall size 7700x1900x2600mm Host machine power 30.45KW Molding period 15-20S Vibration Frequency 4600-5200time/ min Pallet Size 900×700×25mm Pallet quantity 1500pcs Vibration Force 16-20MPA Vibration Type Table vibration Voltage As per local condition Theoretical workshop area : 150m² , Need about 3-4workers. the office, curing area and stacking area to arrange according your fact status. Our Brick Mate cement brick making machine sets the standard for modern construction technology. With over 15 years of industry leadership, Brick Mate has established itself as a trusted name in engineering state‐of‐the‐ art cement brick maker machine technology. This comprehensive overview outlines how our system seamlessly transforms raw materials into precise, durable building components while meeting the rigorous standards. The Brick Mate cement brick making machine is engineered for durability, efficiency, and versatility. Designed for small-scale builders, large construction firms, and eco-conscious projects, it delivers consistent output while reducing labor costs. Whether used in a cement brick making plant or a compact workshop, our machine integrates robust engineering with smart automation to ensure precision and reliability across residential, commercial, and infrastructure projects.

QT3-20 Cement Brick Making Machine—a game-changing solution engineered for precision and efficiency in concrete block production. Our QT3-20 Semi Automatic Block Making Machine, integrated into the Cement Brick Making Machine, delivers high performance from the very first cycle. Semi Automatic Block Making Machine is a robust, high-efficiency production line designed to manufacture premium-quality concrete blocks, pavers, and bricks. This advanced system, featuring the QT3-20 Cement Brick Making Machine technology, is perfectly suited for small to medium-scale construction projects, ensuring both versatility and cost-effectiveness. Production Line Technical Parameters Overall Size  5000x4500x2000mm Host Machine Power 14.2KW Molding Period 20-25S Vibration Frequency 4500-5000time/min Pallet Size 680×530×25mm Pallet Quantity 1000pcs  Vibration Force Max.30KN Mixer Model JD350 Voltage As per local condition

The QT4-24 block making machine by Brick Mate Machinery is a robust, high- efficiency solution designed to revolutionize concrete production. Engineered with precision and durability in mind, our QT4-24 block making machine is the cornerstone for factories, workshops, and on-site construction projects. The QT4-24 Automatic Block Making Machine by Brick Mate Machinery offers advanced automation and reliable performance to ensure consistent, premium quality concrete blocks, bricks, and pavers. This state-of-the-art system, built as a leading QT4-24 block making machine, is ideal for small to medium- scale construction projects, optimizing production while minimizing labor costs. Technical Parameters Overall Size  2060×1730×1850mm Host Machine Power 13.45kw Molding Period 24-30s Vibration Force 35.5kn Pallet Size 850×550×30mm Weight 3t Voltage According To Local Condition

Our Diaphragm Valves are available in sizes 1/2 in. – 4 in., with U-PVC and CPVC. Possible end connections are true-union socket or threaded and flanged ends. Possible diaphragm materials are EPDM, FPM and PTFE. PVDF vapor barrier available upon request for EPDM and PTFE diaphragms. The PVC Diaphragm Valve is suitable for throttling and ON/OFF service in applications ranging from water treatment to chemical abrasion processes. Diaphragm valves are operated manually, electrically, or pneumatically. 1. Material: U-PVC, C-PVC 2. Size: DN15-DN100(1/2 inch~4inch) 3. Flange connection: DIN PN10; ANSI CL 150; JIS 10K 4. Ball material: PVC-U; PVC-C; PVDF; PPG; PPH 5. Body material: PVC-U; PVC-C; PVDF; PPG; PPH 6. Diaphragm material: PTEE; FEP with EPDM cushion 7. Operator: handwheel The Dialock locking handwheel has been uniquely designed to allow the valve to be adjusted and locked in over 300 positions. This valve also features an optical indicator which displays the opening position. Solvent cement required for joining this product with other PVC systems. Union fittings allow for easy maintenance of the diaphragm valve without the need for additional gluing.

Solid Stainless Steel Globe Valve is designed for high performance and durability. Made from premium quality stainless steel, it is resistant to corrosion and can withstand high pressure and temperature environments. The valve features a globe-shaped body and a plug that moves up and down to control the flow of fluid. It is suitable for a wide range of applications including oil and gas, chemical, and petrochemical industries. With a compact design and reliable operation, our Stainless Steel Globe Valve is the ideal choice for your industrial needs. Trust in the quality and performance of our valve for long-lasting and efficient operation. DIN Stainless Steel Globe Valve, maintains %100 tight sealing through the graphite gasket on the stainless steel disc moving perpendicular to the flow axis and seating on the machined metal seat inside the body. Its is used for steam, Superheated Water, Hot Water, Cold Water, Fluids without acidity or alkalinity properties.

1 piece uni-body ball valve by solid valve is designed for process flow control in general service up to 2000 PSI and working temperature at the range of -40 °C~ 300  °C. Floating ball design ensures tight closure when valve is at closed position as upstream pressure pushed ball towards Stainless Steel valve seat to provide no leakage internally. 1 piece body design has a reduced port, also known as standard port, which the reduce flow size down by one size. Materials: CF8, CF8M Dimension: 1/4"-4" Working pressure: 1000WOG, 2000WOG Temperature range: -40 °C~ 300  °C End types: Threaded(NPT, BSP, BSPT, DIN2999)

A Flanged End Gate Valve, made from ductile iron, features flanged connections for secure and easy installation. Shanxi Solid Industrial Co., Ltd., a Chinese Ductile Iron Flanged End Gate Valve manufacturer, specializes in producing high-quality ductile iron flanged end gate valves that meet DIN 3352-F4, DIN 3352-F5, BS5163, AWWA C509, and AWWA C515 standards. Available in both non-rising stem and rising stem types, this valve is designed for reliable flow control in various systems. Technical Parameters Standard: DIN 3352-F4, DIN 3352-F5, BS5163, AWWA C509, AWWA C515 Flange drilling is according to DIN2501, BS4504 and ANSI B16.1 Working pressure: 10bar/16bar/25bar Testing pressure: Shell: 15bar/24bar/37.5bar Seal:

Standard: EN593/ ISO 5752 /BS5155/AWWA C504 Flange drilling is according to DIN 2501, BS4504, ANSI B16.1 Working pressure: 10bar/16bar/25bar Testing pressure: Shell: 15bar/24bar/37.5bar Seal:

Micronized polypropylene wax serves as a matting agent, primarily employed to enhance the matting effect in coatings and inks while improving the product's scratch resistance and surface feel. ‌ Performance Characteristics ‌Matting Effect: Achieves a matt finish by reducing surface gloss, suitable for solvent-based coatings, powder coatings and similar systems. ‌ ‌Scratch Resistance: Enhances coating hardness, minimises pigment settling and improves abrasion resistance. ‌ ‌Enhanced Tactile Feel: Delivers a smooth touch while reducing tackiness. ‌ Applications ‌Solvent-Based Coatings: Employed in wood finishes, industrial paints, and tinned coatings. ‌ ‌Powder Coatings: Improves scratch resistance and dispersion, suitable for plastic filling and metal coating applications. ‌

Unleash Your Inner Racer. Electrify Every Moment. Transform your Segway Ninebot KickScooter into the ultimate racing machine! The Ninebot Pro Electric Go Kart is not just an accessory; it's a high- performance upgrade that delivers the thrill of go-karting anywhere, anytime. With a sleek, adjustable design and powerful electric acceleration, it’s the perfect fusion of innovation and fun for teens, adults, and families. Get ready to drift, race, and experience a whole new dimension of electric mobility. Detailed Technical Specifications Model: Ninebot Pro Electric Go Kart (Conversion Kit) Compatibility: Primary: Segway Ninebot ES1, ES2, ES3, ES4 KickScooters. Also compatible with: Certain Ninebot Max models (with optional adapter, check compatibility). Power & Performance Power Source: Integrated Electric Motor from your Ninebot Scooter. Max Power Output: Up to 1000W (Dependent on connected scooter model - ES4 recommended for peak performance). Top Speed: Up to 15.5 mph (25 km/h)* (Speed is controlled and limited for safety; varies with scooter model and rider weight)* Drivetrain: Rear-Wheel Drive via scooter's motor. Acceleration: Thumb-throttle on the steering wheel for instant electric acceleration. Chassis & Design Frame: High-Strength Steel Frame with anti-rust coating. Adjustability: Frame Length: 3-stage adjustable (Approx. 1030mm - 1360mm). Seat Position: 2-stage adjustable. Steering Column Angle: 2-stage adjustable. Ground Clearance: 80 mm (3.1") Total Weight: 17.5 kg (38.5 lbs) (Kart only, without scooter)* Braking & Control System Primary Braking: Regenerative & Mechanical Braking from the connected scooter (handlebar lever). Secondary Braking: Independent handbrake lever on the kart for emergency use. Steering: Direct, responsive rack-and-pinion steering system. Tires: Durable, high-grip PVC rubber tires. Dimensions & Weight Capacity Assembled Dimensions (LxWxH): ~1360 x 780 x 430 mm Recommended Rider Height: 130 cm - 190 cm (4'3" - 6'2") Max Load Capacity: 100 kg (220 lbs) Features & Integration Dashboard: Utilizes the connected scooter's display for speed, battery level, and mode. Lighting: Integrated rear reflectors for safety. Uses scooter's headlight. Assembly: Tool-free folding and quick-connect mechanism for attaching your scooter in seconds. Storage: Foldable design for compact storage and portability. Marketing & Sales POST AD Details Headline Options: The Ultimate Toy for Big Kids & Adults! Ninebot Pro Electric Go Kart. Your Scooter's Superpower. Convert it in Seconds with the Ninebot Go Kart. Thrills, Zero Gas: The Eco-Friendly Electric Go Kart Experience. Ad Copy (Engaging & Benefit-Focused): (Main Body) Tired of the same old scooter ride? It's time to level up. The Ninebot Pro Electric Go Kart Kit transforms your trusted Ninebot scooter into a sleek, low-slung racing kart in under a minute! Imagine the fun: Drift around corners in your driveway or at the park. Experience the thrill of electric go-karting without the noise or fumes. Perfect for family fun days, birthday parties, or just a unique way to cruise the neighborhood. With an adjustable steel frame that fits everyone from teens to adults, it's one of the most versatile and exciting gadgets you'll ever own. Don't just ride—DOMINATE. ⚡ INSTANT ELECTRIC THRILLS: Harness the power of your scooter for quick, silent acceleration.

DOMINANT 72V POWER SYSTEM: A larger 72V 60Ah battery delivers more voltage for higher top speeds and a massive 4.3 kWh capacity for class-leading range. Ride longer and harder than the competition. RACE-BRED SUSPENSION: Equipped with premium DNM suspension components—a 10" coil fork and a fully adjustable piggyback shock—providing 10.6" of rear travel to conquer the gnarliest terrain with confidence. REINFORCED CHASSIS: The new, stronger frame and swingarm are built to handle the increased power and the demands of aggressive riding and jumps. BREAKTOP SPEED: Unlocked Race Mode pushes the boundaries with a top speed exceeding 75 mph, making it the fastest bike in its class. PREMIUM TFT DISPLAY: The full-color display provides all critical data at a glance, including motor temperature, for informed riding. KEYLESS CONVENIENCE: The rumored keyless start system offers modern security and ease of use. THE ULTIMATE SUR-RON RIVAL: Directly competing with and often surpassing the Sur-Ron Light Bee X on key metrics like battery capacity, suspension travel, and top-speed potential. Target Audience: Serious off-road and enduro riders demanding maximum performance. Riders who prioritize range and top-speed above all else. Motocross enthusiasts looking for a potent, quiet practice bike. Adventurers and explorers who need a reliable bike for long-distance trail riding. Riders who have outgrown the power of a Sur-Ron Light Bee X. Included in the Box: 2025 Talaria Sting R MX4 (Minimal assembly required: handlebars, front wheel). 72V Standard Charger. Keys / RFID Fob. Basic Tool Kit. Owner's Manual.

sIn the industrial world, rotary shaft seals are small components that play a crucial role in maintaining operational reliability. Whether used in pumps, electric motors, gearboxes, hydraulic systems, robotic arms, or heavy machinery, these seals determine how well a system retains lubricants and prevents contaminants from entering. Choosing the right rotary shaft seal involves understanding your specific working environment, mechanical design, and maintenance expectations. 1. Start with Your Operating Conditions Every industrial system imposes a different set of requirements on its sealing components. Temperature, rotational speed, pressure, and the type of medium being sealed are the first parameters to evaluate. In electric motors and pumps, where operation is relatively stable and temperatures are moderate, NBR (nitrile rubber) is often the practical choice due to its balance of flexibility and oil resistance. However, for chemical processing equipment, metallurgical systems, and wind turbines, the seals must withstand extreme heat, chemical exposure, or constant pressure fluctuations—situations where FKM (fluoroelastomer) or HNBR (hydrogenated nitrile) seals provide better durability. The rotational speed of the shaft and system pressure also matter. High- speed or high-pressure applications—such as hydraulic drives, gearboxes, or heavy-duty industrial robots—require seals designed to resist heat build-up and deformation. In such cases, designs with reinforced frameworks, double- lip structures, or spring-loaded sealing lips are often preferred. 2. Seal Design and Geometry Matter Rotary shaft seals come in multiple configurations—single-lip, double-lip, three-lip (TG4 type), combination seals, and metal-cased seals, among others. The design should match the mechanical setup. For instance, in compact, high-speed motors, seals with low-friction lips minimize heat generation. In contrast, dusty or contaminated environments like steel plants or construction machinery require double-lip or dust-proof designs to prevent external particles from entering. When misalignment or shaft vibration is unavoidable, seals with flexible lips or composite materials can absorb micro-deviations and maintain sealing performance. 3. Balancing Materials, Performance, and Cost Choosing the right material is always a compromise between performance requirements and economic feasibility. While advanced materials like fluoroelastomers and polyurethane offer superior resistance to temperature, chemicals, and wear, they come at a higher price. For distributors and OEM suppliers who maintain broad inventories, a balanced material strategy— combining common NBR seals for standard applications and FKM seals for demanding conditions—is usually the most efficient approach. Different industries have unique priorities: Wind power and renewable energy demand seals with exceptional temperature flexibility and weather resistance. Steel and metallurgy plants require seals resistant to dust, slag, and hot oil. Hydraulic and mechanical systems depend on seals that handle high pressure and maintain compression set over time. Agricultural machinery and heavy trucks focus on seals with long service life under vibration and exposure to moisture or dirt. 4. Questions Distributors and Buyers Commonly Ask Q: How can I ensure a stable supply for frequent maintenance cycles? A: Choose a supplier with extensive standard stock. Brands that maintain a ready inventory of O-rings, oil seals, and custom profiles can respond quickly to urgent replacement needs. Q: Are non-standard or custom designs available? A: Yes. Leading seal manufacturers provide end-to-end customization, including material selection, structural optimization, and in-house testing. This ensures compatibility with unique shaft geometries or extreme environments. Q: What defines a reliable seal manufacturer? A: Beyond the product itself, look for in-house manufacturing facilities, certified testing systems, and decades of engineering experience. A dependable partner can provide both quality assurance and long-term technical support. Selecting the right rotary shaft seal is not about picking a part number— it’s about understanding how your system works. Evaluate temperature ranges, rotational speeds, medium types, and potential environmental exposure. Then, match these factors with a supplier that offers both standard availability and custom design capability. A well-chosen seal ensures less downtime, lower maintenance costs, and greater operational stability—benefits that extend far beyond the part itself. For industrial buyers and distributors, partnering with an experienced, technically driven seal manufacturer means not only getting the right product but also gaining a long-term ally in system reliability and engineering efficiency.

Minimum Order: 1000

Buy aluminium composite panel at Julong. Customized high-quality aluminium composite panel at affordable prices with world wider delivery. Make your order right now! www.julonggr.net

Minimum Order: 1 bags