Material: Aluminium and Rubber Nipple Diameter: 13 mm Head Shape: Hexagonal Packaging Type: Plastic Bag Surface Treatment: Polished Length: 100 mm Epoxy grouting packers are specialized tools designed for precise and effective injection of epoxy grout, a high-strength resinous material, into cracks, voids, and joints in concrete and other structures. Unlike traditional cement grouts, epoxy offers superior adhesion, chemical resistance, and flexibility, making it ideal for demanding applications: Key Benefits of Epoxy Grouting Packers: Precise Grouting: Specialized valves and controls ensure accurate measurement and delivery of the epoxy mixture, crucial for controlled injection and optimal results. Leak-proof Seals: Tightly sealed connections minimize the risk of leaks and spills, protecting both the operator and the work environment. Corrosion Resistance: Stainless steel, Teflon, and other non-reactive components prevent the packer from degrading by the harsh chemicals in epoxy grout. Reusable: Can be cleaned and reused for multiple epoxy grouting projects after proper maintenance. Applications: Structural Strengthening: Enhance the load-bearing capacity of concrete elements like beams, columns, and foundations. Waterproofing and Leak Repair: Seal cracks and joints in structures like dams, tunnels, and basements to prevent water ingress and protect against corrosion. Equipment Stabilization: Secure machinery bases and anchor bolts for improved stability and vibration control. Crack and Void Filling: Fill and reinforce cracks in concrete structures to restore structural integrity and prevent further damage.

Capacity: 1-2 ton Size: standard Brand: VE Material: ss Customisation: Not Customised What are injection grouting packers? These are specialized tools used to create a tight seal in cracks, voids, or joints in structures, allowing for high-pressure injection of grout (a cement or resinous material) for repair, strengthening, or waterproofing. What are the different types of packers? There are three main types: Mechanical: Reusable packers with a mechanical mechanism like a screw or wedge to expand a rubber sleeve and create a seal. Chemical: Single-use packers using a chemical reaction, often foam expansion, to fill and seal irregular cracks. Hydraulic: Utilizes hydraulic pressure to inflate a bladder or membrane for high-pressure grouting in large cracks or deep injections. What are the applications of injection grouting packers? They are used for various purposes, including: Repairing cracks in concrete structures like foundations, beams, and walls. Waterproofing structures like dams, basements, and tunnels to prevent water ingress. Stabilizing loose soil for structures like retaining walls and slopes. Strengthening structures by filling voids and improving load-bearing capacity.

Usage/Application: Grouting Discharge Pressure: 350 Bar Model Name/Number: IG 01 Brand: Vision Enterprises Motor Horsepower: 600 Watt Maximum Discharge Flow: 1 ltr/min Voltage: 560 V Frequency: 50 Hz Power Source: Electric Injection Pressure: 80 Mpa To retain our goodwill in client's consideration, we are trading an excellent quality range of Epoxy Grouting Pump. Features: Sturdy design Long working life Easy to operate Epoxy Grouting Pumps: Precision Control for Resinous Reinforcement Epoxy grouting pumps are specialized tools designed to inject epoxy-based grout, a high-strength resinous material, into cracks, voids, and joints in concrete and other structures. Compared to traditional cement grouts, epoxy offers superior adhesion, chemical resistance, and flexibility, making it ideal for demanding applications. Here's what sets epoxy grouting pumps apart: Built for Resinous Realities: Corrosion-resistant materials: Stainless steel, Teflon, and other non-reactive components prevent the pump from degrading by the harsh chemicals in epoxy grout. Precise metering: Specialized valves and controls ensure accurate measurement and delivery of the resinous mixture, crucial for controlled injection and optimal results. Leak-proof seals: Tightly sealed connections minimize the risk of leaks and spills, protecting both the operator and the work environment. Key Features: High pressure capabilities: Similar to piston grout pumps, epoxy grouting pumps can generate significant pressure (up to 15,000 psi) for effective delivery into tight spaces or against resistance. Controlled flow: Precise flow rate adjustment ensures even distribution of the epoxy throughout the targeted area, leading to superior bonding and crack filling. Easy cleaning: Smooth surfaces and readily accessible components simplify cleaning and maintenance, minimizing downtime and maximizing efficiency. Portable or stationary: Choose from lightweight, portable models for smaller jobs or heavy-duty, stationary setups for large-scale projects. Applications: Structural strengthening: Enhance the load-bearing capacity of concrete elements like beams, columns, and foundations. Waterproofing and leak repair: Seal cracks and joints in structures like dams, tunnels, and basements, preventing water ingress and corrosion. Equipment stabilization: Secure machinery bases and anchor bolts for improved stability and vibration control. Crack and void filling: Fill and reinforce cracks in concrete structures to restore structural integrity and prevent further damage.

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.

Injection Grouting Type: PU Property Type: Commercial Applicable Area: Concrete Surfaces Weight: 9 Kg Maximum Output Pressure: 450 Bar Brand: Vision Enterprises Power: 700 W Voltage: 440 V vision enterprises epocy injection grouting machine with bosch drill & steel cup PU injection grouting pumps are specialized tools used to inject polyurethane (PU) resin into cracks, voids, and other gaps in concrete and masonry structures. The resin expands and hardens, filling the gaps and strengthening the structure. Here's an overview of PU injection grouting pumps: Types: Manual pumps: These are portable and hand-operated, ideal for small-scale projects or tight spaces Electric pumps: More powerful than manual pumps, suitable for larger projects and higher injection pressures. Pneumatic pumps: Offer high flow rates and pressure for large-scale grouting jobs Key features: Mixing ratio control: Ensures accurate mixing of the PU resin and hardener in the desired ratio (typically 1:1). Injection pressure: Varies depending on the pump type and model, typically ranging from 100 bar to 750 bar. Flow rate: Determines the speed of grout injection, ranging from 0.5 L/min to 10 L/min. Material compatibility: Should be compatible with the specific PU resin and hardener being used.

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 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.

Material: Aluminium and Rubber Nipple Diameter: 13 mm Head Shape: Hexagonal Packaging Type: Plastic Bag Surface Finish: Polished Length: 100 mm Components and Function: Body: Typically made of high-strength aluminum or steel to withstand high pressures and resist corrosion. Sealing element: Often a combination of an expandable rubber sleeve and a spring mechanism , ensuring a tight seal against the crack or void walls. Injection port: Connects to the grout pump or hose for material injection. Setting mechanism: Varies depending on the model, but commonly involves tightening a nut or screw to expand the sealing element and create pressure against the crack walls. Operation: The packer is inserted into the prepared crack or void. The setting mechanism is engaged, expanding the sealing element and creating a snug fit. Grout is injected through the port, filling the crack or void from the bottom up. Once the desired pressure is reached or the crack is filled, the injection is stopped and the packer is removed. Advantages of 100mm Mechanical Packers: Large diameter: Covers wider cracks and voids compared to smaller packers, reducing the number of packers needed. Reusable: Can be used for multiple injections after proper cleaning and maintenance. Cost-effective: Generally cheaper than other injection methods like chemical bonding. Easy to use: Requires minimal setup and expertise compared to some alternative techniques. Applications: Concrete crack and void filling: Repairing structural elements like foundations, beams, and walls to improve stability and longevity. Soil stabilization: Injecting grout to strengthen loose ground or anchor structures like retaining walls. Waterproofing: Sealing leaks in dams, basements, and other structures to prevent water ingress and protect against corrosion. Foundation stabilization: Resolving settlement issues and improve foundation stability.

Usage/Application: Grouting Pump Type: Centrifugal Pump Material: Mild Steel Surface Finish: Polished Number of Holes: 4 Holes Piston Grout Pumps: Powerful Precision for Filling the Gaps Piston grout pumps are robust workhorses in the construction and geotechnical world, designed to inject grout, a thick, high-pressure slurry, into cracks, voids, and crevices to stabilize and strengthen structures. They're the go-to choice for applications demanding high pressure, controlled flow, and reliable performance. Here's what makes them tick: Operation: A piston driven by hydraulic or electric power reciprocates within a cylinder, creating a suction and discharge action. Grout is drawn from a hopper or tank, then pumped through hoses and packers to the targeted location. Pressure relief valves prevent overpressurization and equipment damage. Key Features: High pressure capabilities: Piston pumps can generate pressures exceeding 5,000 psi, crucial for pushing grout into deep cracks or against significant backpressure. Positive displacement: Unlike gear or centrifugal pumps, piston pumps deliver a consistent volume of grout per stroke, regardless of resistance, ensuring precise application. Durable construction: Robust components like steel bodies and heavy-duty pistons withstand harsh jobsite conditions and abrasive grout mixtures. Versatility: Various piston pump models cater to different needs, with varying sizes, pressure outputs, and power sources (electric, hydraulic, gasoline, or diesel). Applications: Concrete crack and void filling: Repairing structural elements like foundations, beams, and walls for increased stability and longevity. Soil stabilization: Injecting grout to strengthen loose ground or anchor structures like retaining walls. Geotechnical applications: Securing rock bolts, filling voids around tunnels and shafts, and stabilizing slopes. Waterproofing: Sealing leaks in dams, basements, and other structures.