Model Name/Number: VE Material: SS Usage/Application: Grouting Power Consumption: Yes Power Source: Electric Key Features: Compact and portable: Weighs around 9 kg, making it easy to transport and use in various locations. High output pressure: Capable of generating up to 500 bar (7250 psi) of pressure, ensuring effective grout injection. Accurate mixing: Ensures precise 1:1 mixing ratio of the two grout components. Stainless steel construction: Provides durability and corrosion resistance. Electric powered: Operates on 220 V power supply.

Color: Silver Material: Aluminium and Rubber Nipple Diameter: 13mm Packaging Type: Plastic Bag Length: 100 mm Nrv injection packers, also known as non-return valve injection packers, are a specific type of injection packer used in grouting applications. They differ from other packers in their unique feature of a built-in non-return valve, offering additional benefits in certain situations. Here's a breakdown of nrv injection packers: How They Work: Like other packers, they create a tight seal against the crack or void walls to allow for pressure injection of grout. The key difference lies in the non-return valve, which allows grout to flow into the crack but prevents it from flowing back out once injected. This ensures: Complete filling of the crack: No grout leaks back out, allowing for thorough and efficient crack filling. Reduced pressure release: Pressure remains within the crack, providing better bonding and crack stabilization. Cleanliness during removal: After injection, the valve prevents remaining grout from spilling out when the packer is removed. Benefits of Nrv Injection Packers: Improved grouting effectiveness: Ensures complete crack filling and optimal grout bonding within the crack. Reduced pressure loss: Maintains pressure for better crack stabilization and minimizes material waste. Cleaner work environment: Prevents grout leaks during packer removal, improving operator safety and jobsite cleanliness. Suitable for challenging applications: Ideal for situations with high water pressure or potential backflow.

Material: Stainless Steel Surface Finish: Polished Usage: Industrial Pressure: 200 Bar Length: 100 mm Stainless steel injection packers are a robust and reliable choice for a wide range of grouting applications, particularly those demanding high pressure, durability, and resistance to corrosion. They offer several advantages over other materials like plastic or aluminum: Key benefits of stainless steel packers: High Pressure Capabilities: Can withstand significantly higher injection pressures compared to other materials, making them ideal for deep crack filling, soil stabilization, and high-pressure grouting applications. Superior Strength: Resist deformation and damage under pressure, minimizing leaks and ensuring successful grouting. Corrosion Resistance: Stainless steel's inherent resistance to rust and chemical degradation makes it ideal for use in harsh environments like saltwater, acidic soils, or exposure to aggressive chemicals in certain grouts. Reusable and Durable: Built to last, stainless steel packers can be cleaned and reused for multiple grouting projects, offering cost-effectiveness in the long run. Wide Range of Configurations: Available in various sizes, designs, and sealing mechanisms to suit different crack geometries, grout types, and injection scenarios. Applications of stainless steel injection packers: Concrete crack repair: Filling and sealing cracks in foundations, beams, walls, and other concrete elements for increased structural integrity and longevity. Waterproofing: Sealing leaks in dams, basements, tunnels, and other structures to prevent water ingress and protect against corrosion. Soil stabilization: Injecting grout into loose soil to strengthen its load-bearing capacity and support structures like retaining walls and embankments. Foundation stabilization: Addressing settlement issues in foundations by injecting grout to fill voids and improve stability. Chemical and industrial grouting: Suitable for use with various chemical and industrial grouts requiring high pressure and corrosion resistance.

Capacity: 1-2 ton Size: standard Brand: VE Color: brass Material: brass Customisation: Not Customised Nrv injection packers, also known as non-return valve injection packers, are a specific type of injection packer used in grouting applications. They differ from other packers in their unique feature of a built-in non-return valve, offering additional benefits in certain situations. Here's a breakdown of nrv injection packers: How They Work: Like other packers, they create a tight seal against the crack or void walls to allow for pressure injection of grout. The key difference lies in the non-return valve, which allows grout to flow into the crack but prevents it from flowing back out once injected. This ensures: Complete filling of the crack: No grout leaks back out, allowing for thorough and efficient crack filling. Reduced pressure release: Pressure remains within the crack, providing better bonding and crack stabilization. Cleanliness during removal: After injection, the valve prevents remaining grout from spilling out when the packer is removed. Benefits of Nrv Injection Packers: Improved grouting effectiveness: Ensures complete crack filling and optimal grout bonding within the crack. Reduced pressure loss: Maintains pressure for better crack stabilization and minimizes material waste. Cleaner work environment: Prevents grout leaks during packer removal, improving operator safety and jobsite cleanliness. Suitable for challenging applications: Ideal for situations with high water pressure or potential backflow. When to Use Nrv Injection Packers: Cracks under hydrostatic pressure: For cracks submerged in water or subject to groundwater pressure. Deep or inaccessible cracks: When complete filling and controlled pressure are crucial. Leak repair applications: Sealing leaks where preventing grout backflow is essential. Cleanroom or sensitive environments: Minimizing grout spills protects sensitive equipment or surfaces.

Capacity: 1-2 ton Brand: VE Material: ss Customisation: Not Customised Nipple Grease Pressure: yes Diameter: standard Crack Injection Packers: Sealing the Cracks, Strengthening the Structure Crack injection packers are unsung heroes in the construction and repair world, playing a crucial role in sealing cracks, voids, and joints in concrete and other structures. These versatile tools work behind the scenes, ensuring long-term stability and preventing further damage. Types of Crack Injection Packers: Mechanical Packers: These rely on a mechanical mechanism, like a screw or wedge, to expand a rubber sleeve and create a tight seal against the crack walls. They are: Reusable: Can be used for multiple injection projects after proper cleaning and maintenance. Cost-effective: Generally cheaper than other injection methods like chemical bonding. Easy to use: Require minimal setup and expertise. Chemical Packers: These utilize a chemical reaction, often the expansion of a polyurethane foam upon contact with water, to form a seal. They are ideal for: Wet or underwater applications: The foam expands even in water, creating a waterproof seal. Irregular cracks: The flexible foam adapts to the shape of the crack for a snug fit. Hydraulic Packers: These employ hydraulic pressure to inflate a bladder or membrane, creating a seal against the crack walls. They offer: High pressure capabilities: Suitable for large cracks or deep injections requiring significant pressure. Controlled injection: Precise pressure control ensures optimal filling and minimal risk of damage. Crack Injection Packers: Sealing the Cracks, Strengthening the Structure Crack injection packers are unsung heroes in the construction and repair world, playing a crucial role in sealing cracks, voids, and joints in concrete and other structures. These versatile tools work behind the scenes, ensuring long-term stability and preventing further damage. Types of Crack Injection Packers: Mechanical Packers: These rely on a mechanical mechanism, like a screw or wedge, to expand a rubber sleeve and create a tight seal against the crack walls. They are: Reusable: Can be used for multiple injection projects after proper cleaning and maintenance. Cost-effective: Generally cheaper than other injection methods like chemical bonding. Easy to use: Require minimal setup and expertise. Image of Crack Injection Mechanical PackerOpens in a new window www.sealboss.com Crack Injection Mechanical Packer Chemical Packers: These utilize a chemical reaction, often the expansion of a polyurethane foam upon contact with water, to form a seal. They are ideal for: Wet or underwater applications: The foam expands even in water, creating a waterproof seal. Irregular cracks: The flexible foam adapts to the shape of the crack for a snug fit. Image of Crack Injection Chemical PackerOpens in a new window www.daehwa.info Crack Injection Chemical Packer Hydraulic Packers: These employ hydraulic pressure to inflate a bladder or membrane, creating a seal against the crack walls. They offer: High pressure capabilities: Suitable for large cracks or deep injections requiring significant pressure. Controlled injection: Precise pressure control ensures optimal filling and minimal risk of damage. Image of Crack Injection Hydraulic PackerOpens in a new window www.smartclima.com Crack Injection Hydraulic Packer Choosing the Right Crack Injection Packer: Several factors influence the choice of the right packer: Crack size and type: The packer diameter and seal design should be compatible with the crack geometry and material. Grout type: Ensure the packer material is compatible with the chosen grout and its chemical properties. Injection pressure: Select a packer rated for the expected injection pressure to avoid damage or leaks. Application context: Consider factors like accessibility, ease of removal, and presence of water. Budget and reusability: Compare costs and weigh the value of reusability vs. disposable options.

Size: 77 mm Brand: Vision Enterprises Color: Silver & White Material: Aluminium Diameter: 13 x 77mm Surface Finish: Polished Injection grouting packers are essential tools for sealing cracks, voids, and joints in structures using high-pressure grouting. Their job is to create a tight seal and allow for efficient injection of the chosen grouting material, typically cement or resin, into the target area. Here's a deeper dive into these versatile tools: Types of Injection Grouting Packers: Mechanical Packers: These use a mechanical mechanism, often a screw or a wedge, to expand a rubber sleeve and create a tight seal against the crack walls. They are reusable, cost-effective, and easy to use, making them popular for various applications. Chemical Packers: These rely on a chemical reaction, usually the expansion of a polyurethane foam upon contact with water, to form a seal. They are suitable for wet or underwater applications and offer excellent flexibility for irregular cracks. Hydraulic Packers: These utilize hydraulic pressure to inflate a bladder or membrane, creating a seal against the crack walls. They offer high pressure capabilities and are ideal for large cracks or deep injections.

Usage/Application: Spray Material: SS Brand: VE Packaging Type: Box Surface Finishing: Polished Epoxy injection grouting nozzles are specialized tools used to inject epoxy resin into cracks, voids, and other openings in structures like concrete, rock, and masonry. They play a crucial role in strengthening, waterproofing, and repairing compromised structures. Here's a breakdown of their key aspects: Function: Deliver epoxy grout under pressure into tight spaces with precise control. Prevent grout backflow during injection. Create a secure seal within the drilled hole. Types: Single port nozzles: Basic design with one opening for grout injection. Multi-port nozzles: Feature multiple outlets for injecting grout in different directions to fill larger voids. Packer nozzles: Combine a nozzle with a mechanical or hydraulic packer for increased sealing and pressure capacity. Custom nozzles: Can be made with specific lengths, angles, and materials for unique applications. Common Materials: Stainless steel: Offers durability, corrosion resistance, and high pressure tolerance. Aluminum: More lightweight and cost-effective, but less resistant to high pressure and corrosive environments. Polyurethane: Suitable for low-pressure applications and temporary installations. Key Features: Size and length: Matched to the diameter and depth of the drilled hole. Port sizes and angles: Determine the flow rate and direction of grout injection. Pressure rating: Indicate the maximum pressure the nozzle can handle without failure. Thread type: Must match the connection point on the injection equipment. Ease of cleaning: Some nozzles have simple designs for easy cleaning and reuse. Applications: Crack repair in concrete structures like buildings, bridges, and foundations. Soil and rock stabilization for infrastructure projects. Waterproofing tunnels, basements, and other structures. Strengthening structures exposed to high loads or vibrations. Bonding different materials like concrete and steel.

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.

Usage/Application: Grouting Brand: Vision Enterprises Pump Type: Piston Pump Power Source: Electric Model Name/Number ; IG 01 Discharge Pressure: Approx. 500 Bar Material: Mild Steel Head: 2 L Motor Horsepower: 600 Watt Maximum Discharge Flow: 1 L/min Best Value for money Epoxy Grouting Pump. Lowest price and committed for best pricing for spares. Epoxy grouting pumps are specialized tools used to inject epoxy resin into cracks and voids in concrete and other materials. They play a crucial role in construction, repair, and restoration projects by strengthening structures, preventing water infiltration, and improving overall stability. Here's a breakdown of epoxy grouting pumps: Types of Epoxy Grouting Pumps: Piston pumps: These pumps are known for their high pressure output, making them ideal for deep crack injection and heavy-duty applications. Gear pumps: Offering smooth and continuous flow, gear pumps are suitable for injecting low- viscosity epoxies and filling shallow cracks. Screw pumps: These pumps excel at handling thick and abrasive grouts, making them effective for filling large voids and gaps. Key Features of Epoxy Grouting Pumps: Flow rate: Measured in liters per minute (LPM) or gallons per minute (GPM), it determines the speed at which the epoxy is injected. Pressure output: Measured in MPa or PSI, it indicates the pump's capability to push the epoxy against resistance. Viscosity range: Different pumps can handle various viscosities of epoxy resins, from thin and fluid to thick and paste-like. Portability: Some pumps are portable and lightweight, while others are stationary and require more setup. Material compatibility: Choose a pump with components resistant to the specific epoxy resin you'll be using.