Name: 1600 WATERPROOFING MACHINE
Availability: instock

1600 WATERPROOFING MACHINE

A cement grouting machine is used to inject a mixture of cement and water (or sometimes other additives) into voids or gaps in structures. This process, known as grouting, is essential for strengthening and stabilizing various types of structures, such as foundations, tunnels, and bridges.

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Cement Grouting Machine

1600 waterproofing machine

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Pu Injection Grouting Machine

Injection Grouting Digital Machine

Capacity: 1.1 Lpm Model Name/Number : Digital injection grouting machine -03 Gross Weight: 8 Kg Max Output Pressure: 500 Bar Pipe: 5 m Pressure: 4000 psi Usage/Application: Injecting Epoxy and PU Viscosity: 1.15 Injection grouting digital machines are advanced tools used to inject grout, a mixture of cement, sand, and water, into cracks and voids in concrete and other materials. Compared to traditional grouting methods, they offer several advantages: Precision: Digital control systems ensure accurate mixing ratios and injection pressures, leading to consistent and reliable results. Monitoring: Real-time data on flow rate, pressure, and material consumption allows for precise control and optimization of the grouting process. Data recording: Grouting parameters can be recorded and stored for future reference or quality control purposes. Versatility: Digital machines can handle various grout materials and work with different injection patterns and strategies.

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Wall Putty Spray Machine

Ultrabest 990

Automation Grade: Semi Automatic Capacity: 50000 sq ft Voltage: 240 V Design Type: Hydraulic Dimension: 45" x 32" x 38" Best value for money Putty spray machine . Hydraulic pump. Can spray high viscous material like Putty, Damproof, New coat etc. This can be used for wall painting also connecting 4 guns at a time. Additional Information: Item Code: UB990 Based on my understanding, Ultrabest 990 seems to be a semi-automatic wall putty spray machine manufactured by Vision Enterprises in India. Here's what I found about it: Key features: Powerful: Equipped with a 4000 watt motor generating 3300 psi and 11.5 lpm flow rate, it can spray putty efficiently and handle large projects. Multi-gun capability: Can operate with up to 4-5 guns simultaneously, making it suitable for teams or high-volume work. Durable: Built with heavy-duty components for long-lasting performance and minimal maintenance. Versatile: Can spray various types of putty materials. Semi-automatic operation: Requires some manual control but helps automate the spraying process for increased efficiency.

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Grouting Pump

Epoxy Grouting Nozzle

Size: 0.5 inch Material: Stainless Steel Color: NO Package: pack Sound: nominal Usage/Application: spray An epoxy grouting nozzle is a specialized tool used to inject epoxy grout into cracks, voids, and other gaps in concrete and masonry structures. It's a crucial component in the epoxy grouting process, which strengthens and repairs various structural elements. Epoxy grouting nozzles come in various types and sizes, each suited for specific applications. Here's a brief overview: Types of Epoxy Grouting Nozzles: Straight Nozzles: These are the most common type, featuring a simple, straight design for injecting grout directly into cracks and voids. They come in different diameters to accommodate varying crack widths. Tapered Nozzles: These nozzles have a tapered tip that helps spread the grout more evenly within larger cracks or voids. They're ideal for filling wider gaps and ensuring complete filling. Packing Nozzles: These nozzles have a packing gland that helps prevent grout leakage around the injection point. They're suitable for high-pressure applications or situations where precise control over grout flow is necessary. Fan Nozzles: These nozzles feature a fan-shaped tip that sprays the grout in a wider pattern. They're useful for filling large, irregular cracks or for coating surfaces with epoxy. Factors to Consider When Choosing an Epoxy Grouting Nozzle: Crack or void size: Choose a nozzle diameter slightly larger than the crack width to ensure proper filling. Grout type and viscosity: Different epoxy grouts have varying viscosities. Opt for a nozzle with an appropriate flow rate for the specific grout being used. Application pressure: High-pressure grouting applications may require specialized nozzles with reinforced construction. Accessibility: Consider the location and accessibility of the crack or void when choosing a nozzle length and flexibility.

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Injection Grouting Nozzle

Pu Grouting Packers

Capacity: 1-2 ton Size: standard Brand: VE Color: Silver Material: SS Customisation: Not Customised Surface Finish: Polished Pu Grouting Packers: Sealing Cracks with Polyurethane Power Polyurethane (PU) grouting packers are essential tools for injecting polyurethane resins into cracks and voids in concrete structures. They play a crucial role in various repairs and strengthening applications, making them invaluable for construction professionals. Here's a breakdown of what you need to know about PU grouting packers: Function: Act as ports for inserting and injecting PU grout under high pressure. Create a tight seal within the crack to prevent grout leakage and ensure effective filling. Withstand significant pressure applied during the grouting process. Types: Single-port: Basic design with a single opening for grout injection. Multi-port: Feature multiple outlets for distributing grout over wider areas or targeting specific points within the crack. Check-valve: Includes a built-in valve that prevents grout backflow, ideal for horizontal or overhead applications. Removable/Re-usable: Can be extracted after injection and reused for multiple applications. Disposable: Designed for single-use, reducing cleanup time and potential contamination. Materials: Stainless steel: Highly durable and resistant to corrosion, preferred for high-pressure injections and demanding environments. Nylon/Polypropylene: Lighter weight and more affordable, suitable for smaller cracks and lower pressure applications. Key Features: Size variations: Available in various diameters to fit different crack widths. Connection types: Threaded or glued connections for secure attachment to injection hoses or pumps. Pressure ratings: Choose packers that can withstand the anticipated injection pressure for optimal performance. Ease of installation: Quick and simple installation saves time and effort on the job site. Applications: Crack repair: Filling and sealing cracks in concrete walls, floors, foundations, and other structures. Strengthening: Injecting PU grout to increase the load-bearing capacity of concrete elements. Waterproofing: Sealing leaks and preventing water infiltration through cracks.

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Piston Assembly

Airless Sprayer Piston Assembly Part

Brand: Vision Enterprises Head: 5 m Material: Stainless Steel Power Source: Pneumatic Displacement Version: Fixed Usage: Airless Sprayer Function: Intake stroke: The piston moves down, creating a vacuum that draws paint or material into the pump chamber. Compression stroke: The piston moves up, compressing the material in the chamber and generating high pressure. Discharge stroke: The pressure forces the material out of the chamber and through the spray gun and tip. Applications: Piston assemblies are used in various airless equipment, including: Paint sprayers: For applying paint, stains, and other coatings efficiently and evenly. Grouting pumps: For injecting grout into cracks and voids in concrete structures. Coatings sprayers: For applying industrial coatings, sealants, and other thick materials. Food processing equipment: For pumping thick liquids like mashed potatoes or batters.

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Piston Assembly

PISTON ASSEMBLY EQUIPMENT

Material: Stainless Steel Surface Finished: Polished Brand: Vision Enterprises Product Code: 24W617 Technique: Hot Rolled Function: Intake stroke: The piston moves down, creating a vacuum that draws paint or material into the pump chamber. Compression stroke: The piston moves up, compressing the material in the chamber and generating high pressure. Discharge stroke: The pressure forces the material out of the chamber and through the spray gun and tip. Applications: Piston assemblies are used in various airless equipment, including: Paint sprayers: For applying paint, stains, and other coatings efficiently and evenly. Grouting pumps: For injecting grout into cracks and voids in concrete structures. Coatings sprayers: For applying industrial coatings, sealants, and other thick materials. Food processing equipment: For pumping thick liquids like mashed potatoes or batters. Considerations when choosing a piston assembly: Compatibility: Ensure the assembly matches your specific airless equipment model and pump type. Material: Pistons are typically made of stainless steel for durability and corrosion resistance. Pressure rating: Choose an assembly rated for the maximum pressure your equipment needs to operate. Ease of maintenance: Some assemblies are easier to disassemble and clean than others.

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Piston Assembly

Piston Assembly Airless Equipment Part

Material: Stainless Steel Engine Type: Air Compressor Brand: Vision Enterprises Packaging Type: Box Surface Treatment: Polished Technique: Hot Rolled Material Grade: SS316 Suitable for many Electric airless machines . Vision Enterprises models and compatible to many other models. Value for money product. Suitable Model: VE 395/495/490 Plus/Ultra Fast 490 A piston assembly in airless equipment is a crucial component responsible for generating the high pressure needed to push paint or other materials through the sprayer. It's essentially the heart of the pump, converting mechanical motion into hydraulic pressure. Here's a breakdown of its key aspects: Components: Piston: A cylindrical piece that fits snugly within the pump chamber and reciprocates (moves back and forth) to create pressure. Piston rod: Connects the piston to the pump handle or motor, transmitting the mechanical force to generate pressure. Seals and gaskets: Ensure a tight fit between the piston and the chamber, preventing leaks and maintaining pressure. Spring (optional): Some piston assemblies include a spring to help return the piston to its starting position after each stroke. A piston assembly in airless equipment is a crucial component responsible for generating the high pressure needed to push paint or other materials through the sprayer. It's essentially the heart of the pump, converting mechanical motion into hydraulic pressure. Here's a breakdown of its key aspects: Components: Piston: A cylindrical piece that fits snugly within the pump chamber and reciprocates (moves back and forth) to create pressure. Piston rod: Connects the piston to the pump handle or motor, transmitting the mechanical force to generate pressure. Seals and gaskets: Ensure a tight fit between the piston and the chamber, preventing leaks and maintaining pressure. Spring (optional): Some piston assemblies include a spring to help return the piston to its starting position after each stroke. Image of Airless pump piston assemblyOpens in a new window m.indiamart.com Airless pump piston assembly Function: Intake stroke: The piston moves down, creating a vacuum that draws paint or material into the pump chamber. Compression stroke: The piston moves up, compressing the material in the chamber and generating high pressure. Discharge stroke: The pressure forces the material out of the chamber and through the spray gun and tip. Applications: Piston assemblies are used in various airless equipment, including: Paint sprayers: For applying paint, stains, and other coatings efficiently and evenly. Grouting pumps: For injecting grout into cracks and voids in concrete structures. Coatings sprayers: For applying industrial coatings, sealants, and other thick materials. Food processing equipment: For pumping thick liquids like mashed potatoes or batters. Considerations when choosing a piston assembly: Compatibility: Ensure the assembly matches your specific airless equipment model and pump type. Material: Pistons are typically made of stainless steel for durability and corrosion resistance. Pressure rating: Choose an assembly rated for the maximum pressure your equipment needs to operate. Ease of maintenance: Some assemblies are easier to disassemble and clean than others.