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₹299   ₹440
You save ₹141!
32.05% OFF
Spanco 15 mm Pruning Secateur By Pass Pruner For Pruning Of Live Branches, 200 mm, SPS-101 commonly known as pruning shears or hand pruners, are essential gardening tools designed for cutting and trimming plants, branches, and foliage. They are a versatile tool used by gardeners, arborists, and horticulturists for maintaining plants, shrubs, and trees. Pruning secateurs are designed to make precise cuts, promoting plant health and encouraging proper growth. Key Features of Pruning Secateurs: Blades: Pruning secateurs have two sharp blades that come together to make the cut. The blades are typically made of hardened steel for durability and sharpness. Cutting Mechanism: There are two main types of cutting mechanisms for pruning secateurs: Anvil Type: One blade closes against a flat surface (anvil), suitable for cutting dead or hard wood. Bypass Type: The blades pass by each other, providing a clean and precise cut. Bypass secateurs are ideal for live or green stems. Handles: The handles of pruning secateurs are usually made of metal or reinforced plastic. Some models have ergonomic designs for comfortable gripping during extended use. Spring Mechanism: Many pruning secateurs have a spring mechanism between the handles that automatically opens the blades after each cut, reducing hand fatigue. Locking Mechanism: A safety locking mechanism is often present to secure the blades in the closed position during storage. Cutting Capacity: The cutting capacity of pruning secateurs varies, and they are available in different sizes to accommodate various stem diameters. Sap Groove: Some models have a sap groove or channel that helps prevent the blades from sticking due to sap buildup during cutting. Replacement Parts: High-quality pruning secateurs often have replaceable blades and springs, allowing users to extend the tool's lifespan. How to Use Pruning Secateurs: Select the Right Tool: Choose between anvil and bypass secateurs based on the type of pruning you're doing (dead or live wood). Inspect the Blades: Ensure that the blades are sharp and in good condition. If not, sharpen or replace them. Identify the Branch to Prune: Identify the branch or stem you want to cut. For live wood, position the branch deep into the cutting jaws of bypass secateurs. Position the Secateurs: Place the cutting blade against the side of the branch that will remain, ensuring a clean cut. Make the Cut: Squeeze the handles together to make the cut. For bypass secateurs, the cutting blade should pass by the opposing blade. Repeat as Needed: Continue pruning by making additional cuts as necessary. Lock for Storage: Engage the safety lock when not in use to prevent accidental opening. Maintenance Tips: Keep Blades Sharp: Regularly sharpen the blades to ensure clean and efficient cuts. Clean Blades: Remove sap and debris from the blades after each use to prevent sticking. Oil Pivot Points: Apply a lubricant to the pivot points to keep the secateurs moving smoothly. Replace Worn Parts: Replace blades, springs, or other worn parts as needed to maintain optimal performance. Pruning secateurs are invaluable tools for gardeners, helping to maintain the health and shape of plants. Choosing the right type and maintaining them properly ensures efficient and effective pruning.
₹294  
A Spanco Garden Hose Guide With Matel Spike Hose Guide, SP-607 is a device or tool designed to help guide and protect a garden hose, preventing it from getting tangled, kinked, or damaged during use. Hose guides come in various forms, and their primary function is to ensure that the hose can move smoothly and effortlessly around obstacles in the garden or yard. Here are some common types of garden hose guides: Hose Reel: A hose reel is a storage device that can also act as a hose guide. It allows the hose to be wound and unwound easily, preventing kinks and tangles. Hose reels can be stationary or mounted on a cart for easy mobility. Hose Hanger: A hose hanger is a wall-mounted device designed to store a garden hose when not in use. Some hose hangers have a curved or circular shape, providing a guide for the hose to be wrapped neatly around the hanger. Hose Pot or Container: A decorative hose pot or container can serve as both a storage solution and a hose guide. The hose is coiled inside the pot, and the lid or opening helps guide the hose in and out without kinking. Decorative Hose Guide Stake: Decorative hose guide stakes are often made of metal, plastic, or other materials and come in various designs. They are inserted into the ground and provide a raised guide for the hose to pass through, preventing it from running over plants or getting caught on edges. Hose Guide Rings: Hose guide rings are circular guides that can be placed on the ground. They provide a smooth surface for the hose to slide through, preventing it from dragging over delicate plants. Garden Hose Reel Cart: A hose reel cart is a wheeled cart with a built-in hose reel. It allows the hose to be easily wound and unwound, and the cart design provides mobility around the garden. Mounted Hose Guide: Some hose guides are mounted on a post or wall to create a fixed path for the hose. They may have a swiveling feature to allow the hose to move in different directions. Benefits of Using a Garden Hose Guide: Prevents Kinks and Tangles: Hose guides help prevent the hose from kinking or tangling, ensuring a smooth and uninterrupted water flow. Protects Plants: By guiding the hose along a specific path, hose guides prevent the hose from running over and damaging plants or delicate landscaping. Easy Storage: Hose guides integrated into hose reels, hangers, or containers facilitate easy storage of the hose when not in use. Enhances Aesthetics: Decorative hose guides can add aesthetic appeal to the garden or yard, combining functionality with visual interest. Convenience: Hose guides make it more convenient to move the hose around the garden, especially when watering various areas or navigating around obstacles. Tips for Using and Maintaining Hose Guides: Position Strategically: Place hose guides strategically along the path you intend the hose to follow, ensuring easy movement and preventing damage to plants. Regular Inspection: Inspect hose guides regularly for any damage or wear. Replace or repair damaged guides to maintain their effectiveness. Proper Hose Coiling: When using a hose reel or hanger, coil the hose neatly to prevent kinks. Ensure that the hose is guided onto the reel or hanger without twisting.
₹7,599   ₹9,990
You save ₹2,391!
23.93% OFF
A Spanco Hand Wheel Hoe Cum Garlic Planter For Garlic Plantation In Row, SPGP-9200 is a manual gardening tool designed for weeding, cultivating, and shaping garden beds. It consists of a wheeled frame with one or more blades or attachments that cut through soil and weeds as the wheel turns. The design allows for efficient and labor-saving cultivation, making it a popular tool for gardeners practicing organic gardening or those who prefer manual cultivation methods over motorized alternatives. Key Features of a Wheel Hoe: Wheeled Frame: The central feature of a wheel hoe is its wheeled frame. The wheel is usually larger than those found on traditional hand tools, and it is connected to the frame, making it easy to push and navigate through the garden. Blades or Attachments: Wheel hoes come with various blades or attachments that perform different tasks. Common attachments include hoes, cultivators, plows, and furrowers. These attachments are interchangeable, allowing users to adapt the tool to different gardening needs. Handlebars: The wheel hoe has handlebars or handles for the user to hold and guide the tool. The handlebars are typically adjustable to accommodate the height and preference of the user. Adjustable Depth: Many wheel hoes allow users to adjust the depth at which the blades or attachments penetrate the soil. This feature is useful for different tasks, such as shallow weeding or deeper cultivation. Durable Construction: Wheel hoes are constructed with durability in mind. The frame and components are often made of sturdy materials such as steel or aluminum to withstand the rigors of garden use. Ease of Maintenance: The design of wheel hoes often facilitates easy maintenance. Blades can be sharpened or replaced, and moving parts can be lubricated as needed. Uses of a Wheel Hoe: Weeding: The primary use of a wheel hoe is for efficient weeding between rows of plants. The rotating blades cut through weeds, disrupting their growth and reducing competition for nutrients. Cultivation: Wheel hoes are effective for cultivating the soil around plants. The blades can break up compacted soil, improve aeration, and create a fine seedbed. Creating Furrows: Some wheel hoe attachments, such as furrowers, are designed to create furrows for planting seeds or bulbs in a neat and organized manner. Hilling: Hilling involves piling soil around the base of plants, and certain wheel hoe attachments, like hilling plows, make this task more efficient. Harvesting: Wheel hoes can be used for harvesting certain crops by cutting through the base of plants or loosening the soil around root vegetables. Advantages of a Wheel Hoe: Efficiency: Wheel hoes can cover larger areas quickly, making them more efficient than hand tools for tasks like weeding and cultivation. Labor-Saving: The wheeled design reduces the physical strain on the user, making it a labor-saving alternative to traditional hand tools.
₹933   ₹1,172
You save ₹239!
20.38% OFF
A Spanco 15 Holes 14 m Oscillating Sprinkler, SP-3050 is a type of garden irrigation device designed to water a large area by oscillating or moving back and forth in a sweeping motion. It distributes water evenly over a rectangular or square-shaped area, making it a popular choice for watering lawns and garden beds. Oscillating sprinklers are versatile, adjustable, and provide efficient coverage for both small and medium-sized areas. Key Features of an Oscillating Sprinkler: Sprinkler Head: The sprinkler head of an oscillating sprinkler typically contains multiple nozzles or openings through which water is sprayed. These nozzles are arranged to create a fan-shaped spray pattern. Oscillating Mechanism: The oscillating mechanism is responsible for the back-and-forth motion of the sprinkler. It is often powered by gears and connected to the water flow, causing the sprinkler head to move in a sweeping motion. Adjustable Width and Range: Many oscillating sprinklers come with adjustable settings for controlling the width and range of the spray pattern. Users can customize the coverage based on the size and shape of the area to be watered. Directional Control: Oscillating sprinklers usually feature a control mechanism that allows users to adjust the direction of the spray, ensuring precise targeting of the watering area. Connection to a Water Source: Oscillating sprinklers are connected to a water source, such as a garden hose. They often have a connector or adapter that fits standard hose sizes. Stability and Base: The base of the oscillating sprinkler provides stability during operation. Some models have built-in spikes that can be pressed into the ground for added stability. How an Oscillating Sprinkler Works: Water Connection: The oscillating sprinkler is connected to a water source, typically a garden hose. Adjustment of Settings: Users can adjust the width, range, and direction of the spray pattern based on their watering needs. Water Flow: As water flows through the sprinkler, it reaches the oscillating mechanism, causing the sprinkler head to move back and forth. Spray Pattern: The nozzles on the sprinkler head release water in a fan-shaped pattern, covering the designated area as the sprinkler oscillates. Even Water Distribution: The oscillating motion ensures even distribution of water over the lawn or garden bed, helping to prevent overwatering in some areas and underwatering in others. Advantages of Using an Oscillating Sprinkler: Efficient Coverage: Oscillating sprinklers provide efficient coverage, making them suitable for rectangular or square-shaped areas. Customizable Settings: Users can customize the width, range, and direction of the spray pattern to meet the specific requirements of their lawn or garden. Ease of Use: Oscillating sprinklers are easy to set up and use. They typically require minimal maintenance. Versatility: Suitable for a variety of applications, including watering lawns, flowerbeds, and vegetable gardens. Even Water Distribution: The oscillating motion ensures that water is distributed evenly, promoting healthy and lush plant growth. Maintenance Tips for Oscillating Sprinklers: Clean the Nozzles: Periodically clean the nozzles to remove any debris or mineral deposits that may affect water distribution.
₹317  
A Spanco Garden Hose Guide With Rollers For Home And Garden., SP-608 is a device or tool designed to help guide and protect a garden hose, preventing it from getting tangled, kinked, or damaged during use. Hose guides come in various forms, and their primary function is to ensure that the hose can move smoothly and effortlessly around obstacles in the garden or yard. Here are some common types of garden hose guides: Hose Reel: A hose reel is a storage device that can also act as a hose guide. It allows the hose to be wound and unwound easily, preventing kinks and tangles. Hose reels can be stationary or mounted on a cart for easy mobility. Hose Hanger: A hose hanger is a wall-mounted device designed to store a garden hose when not in use. Some hose hangers have a curved or circular shape, providing a guide for the hose to be wrapped neatly around the hanger. Hose Pot or Container: A decorative hose pot or container can serve as both a storage solution and a hose guide. The hose is coiled inside the pot, and the lid or opening helps guide the hose in and out without kinking. Decorative Hose Guide Stake: Decorative hose guide stakes are often made of metal, plastic, or other materials and come in various designs. They are inserted into the ground and provide a raised guide for the hose to pass through, preventing it from running over plants or getting caught on edges. Hose Guide Rings: Hose guide rings are circular guides that can be placed on the ground. They provide a smooth surface for the hose to slide through, preventing it from dragging over delicate plants. Garden Hose Reel Cart: A hose reel cart is a wheeled cart with a built-in hose reel. It allows the hose to be easily wound and unwound, and the cart design provides mobility around the garden. Mounted Hose Guide: Some hose guides are mounted on a post or wall to create a fixed path for the hose. They may have a swiveling feature to allow the hose to move in different directions. Benefits of Using a Garden Hose Guide: Prevents Kinks and Tangles: Hose guides help prevent the hose from kinking or tangling, ensuring a smooth and uninterrupted water flow. Protects Plants: By guiding the hose along a specific path, hose guides prevent the hose from running over and damaging plants or delicate landscaping. Easy Storage: Hose guides integrated into hose reels, hangers, or containers facilitate easy storage of the hose when not in use. Enhances Aesthetics: Decorative hose guides can add aesthetic appeal to the garden or yard, combining functionality with visual interest. Convenience: Hose guides make it more convenient to move the hose around the garden, especially when watering various areas or navigating around obstacles. Tips for Using and Maintaining Hose Guides: Position Strategically: Place hose guides strategically along the path you intend the hose to follow, ensuring easy movement and preventing damage to plants. Regular Inspection: Inspect hose guides regularly for any damage or wear. Replace or repair damaged guides to maintain their effectiveness. Proper Hose Coiling: When using a hose reel or hanger, coil the hose neatly to prevent kinks. Ensure that the hose is guided onto the reel or hanger without twisting.
₹289   ₹400
You save ₹111!
27.75% OFF
A Spanco 345 mm Pruning Saw With Fixed Handlefor Horticulture, SPS-111 is a type of saw designed specifically for cutting through branches, limbs, and other woody plant material during pruning tasks in gardens and landscapes. Unlike larger and more powerful chainsaws, pruning saws are compact and manageable, allowing for precise and controlled cuts in tight spaces. They are commonly used for shaping trees, removing dead wood, and performing other pruning and trimming activities. Key Features of Pruning Saws: Blade Design: Pruning saws have a specialized blade designed for cutting through wood. The blades are typically narrower and have aggressive teeth that are optimized for cutting through branches. Blade Material: The blades of pruning saws are commonly made from hardened steel or other durable materials to ensure sharpness and longevity. Some blades may also have coatings to reduce friction and resist sap buildup. Teeth Configuration: Pruning saws have teeth that are configured for efficient cutting. There are various tooth patterns, such as crosscut, rip, or a combination of both, depending on the saw's intended use. Folding or Fixed Blade: Pruning saws may have a folding or fixed blade design. Folding saws are compact and easy to carry, while fixed-blade saws often provide a longer cutting stroke. Handle Design: The handle of a pruning saw is designed for a comfortable grip and ease of use. Handles may be straight or curved, and some models have ergonomic designs to reduce hand fatigue during prolonged use. Safety Features: Many pruning saws come with safety features, such as blade locks or safety catches, to secure the blade when not in use. Blade Length: The length of the blade varies among pruning saws. Longer blades provide greater reach, while shorter blades are more maneuverable in tight spaces. Weight: Pruning saws are designed to be lightweight and easy to handle. The weight is typically balanced to ensure comfortable use and reduce strain on the user. Types of Pruning Saws: Folding Pruning Saw: Compact and portable, folding pruning saws have a blade that can be folded into the handle for safe storage and transport. Fixed Blade Pruning Saw: Fixed blade pruning saws have a rigid blade that does not fold. They are often used for heavier cutting tasks and may provide a longer cutting stroke. Curved Blade Pruning Saw: Some pruning saws have a curved blade design, which allows for a more natural cutting motion. The curve helps the saw grip the branch during cutting. Straight Blade Pruning Saw: Straight blade pruning saws are versatile and can be used for a variety of cutting tasks. They are suitable for both precision cuts and larger branches. Pole Pruning Saw: Pole pruning saws have a long handle or pole attachment, allowing users to reach high branches without the need for a ladder. How to Use a Pruning Saw: Select the Right Pruning Saw: Choose a pruning saw that suits the size of the branches you need to cut and the type of pruning task. Inspect the Blade: Ensure that the blade is sharp and in good condition. Sharpen or replace blades as needed for efficient cutting. Identify the Branch: Identify the branch or limb you want to cut. Position the saw at the base of the branch, near the collar (the swollen area where the branch connects to the trunk). Start the Cut: Start the cut with a few short, controlled strokes to create a groove or notch on the underside of the branch.
₹129  
A Spanco Plastic Maize Sheller For Separating Corns From Corns Stick, SPMS-144 also known as a corn sheller, is a mechanical device designed to efficiently remove the kernels from corn cobs. This agricultural tool is particularly useful for farmers and individuals involved in processing maize or corn crops on a larger scale. Key Features of a Maize Sheller: Hopper: The maize sheller typically has a hopper where the corn cobs are placed for processing. The hopper directs the corn cobs towards the shelling mechanism. Shelling Mechanism: The shelling mechanism is the part of the machine responsible for removing the kernels from the corn cob. It can involve rotating blades, rollers, or other components that separate the kernels from the cob. Power Source: Maize shellers can be powered manually, using hand-cranking, or they can be powered by electricity, diesel engines, or other sources of mechanical power. The choice of power source depends on the scale of operation and available resources. Collection Tray or Outlet: After the maize kernels are separated from the cob, they are collected in a tray or outlet for easy retrieval. Adjustable Settings: Some maize shellers have adjustable settings to accommodate different sizes of corn cobs and to control the depth of shelling. How a Maize Sheller Works: Loading Corn Cobs: Corn cobs are loaded into the hopper of the maize sheller. Shelling Process: As the corn cobs move through the sheller, the shelling mechanism separates the kernels from the cob. This can involve rotating blades or other components that exert pressure on the corn cobs. Kernel Collection: The separated maize kernels fall through the shelling mechanism and are collected in a tray or outlet. Disposal of Cobs: The remaining corn cobs, now without kernels, are typically expelled from the machine for disposal or further use. Advantages of Using a Maize Sheller: Efficiency: Maize shellers significantly increase the efficiency of maize processing by automating the task of separating kernels from cobs, which would otherwise be a time-consuming manual process. Labor Savings: Using a maize sheller reduces the manual labor required for shelling corn, allowing farmers to save time and effort. Increased Output: With the ability to process a large number of corn cobs quickly, maize shellers contribute to increased overall output for farmers or maize processing operations. Consistent Results: Maize shellers provide consistent and uniform shelling, ensuring a higher quality output compared to manual methods.
₹4,199   ₹5,060
You save ₹861!
17.02% OFF
A Spanco Hand Wheel Hoe With 3 Tyne Blades For Interculture In Row, SPHW-9003 is a manual gardening tool designed for weeding, cultivating, and shaping garden beds. It consists of a wheeled frame with one or more blades or attachments that cut through soil and weeds as the wheel turns. The design allows for efficient and labor-saving cultivation, making it a popular tool for gardeners practicing organic gardening or those who prefer manual cultivation methods over motorized alternatives. Key Features of a Wheel Hoe: Wheeled Frame: The central feature of a wheel hoe is its wheeled frame. The wheel is usually larger than those found on traditional hand tools, and it is connected to the frame, making it easy to push and navigate through the garden. Blades or Attachments: Wheel hoes come with various blades or attachments that perform different tasks. Common attachments include hoes, cultivators, plows, and furrowers. These attachments are interchangeable, allowing users to adapt the tool to different gardening needs. Handlebars: The wheel hoe has handlebars or handles for the user to hold and guide the tool. The handlebars are typically adjustable to accommodate the height and preference of the user. Adjustable Depth: Many wheel hoes allow users to adjust the depth at which the blades or attachments penetrate the soil. This feature is useful for different tasks, such as shallow weeding or deeper cultivation. Durable Construction: Wheel hoes are constructed with durability in mind. The frame and components are often made of sturdy materials such as steel or aluminum to withstand the rigors of garden use. Ease of Maintenance: The design of wheel hoes often facilitates easy maintenance. Blades can be sharpened or replaced, and moving parts can be lubricated as needed. Uses of a Wheel Hoe: Weeding: The primary use of a wheel hoe is for efficient weeding between rows of plants. The rotating blades cut through weeds, disrupting their growth and reducing competition for nutrients. Cultivation: Wheel hoes are effective for cultivating the soil around plants. The blades can break up compacted soil, improve aeration, and create a fine seedbed. Creating Furrows: Some wheel hoe attachments, such as furrowers, are designed to create furrows for planting seeds or bulbs in a neat and organized manner. Hilling: Hilling involves piling soil around the base of plants, and certain wheel hoe attachments, like hilling plows, make this task more efficient. Harvesting: Wheel hoes can be used for harvesting certain crops by cutting through the base of plants or loosening the soil around root vegetables. Advantages of a Wheel Hoe: Efficiency: Wheel hoes can cover larger areas quickly, making them more efficient than hand tools for tasks like weeding and cultivation. Labor-Saving: The wheeled design reduces the physical strain on the user, making it a labor-saving alternative to traditional hand tools.
₹7,199   ₹9,750
You save ₹2,551!
26.16% OFF
A Spanco Hand Wheel Hoe Cum Seeder, SPHW-9100 is a manual gardening tool designed for weeding, cultivating, and shaping garden beds. It consists of a wheeled frame with one or more blades or attachments that cut through soil and weeds as the wheel turns. The design allows for efficient and labor-saving cultivation, making it a popular tool for gardeners practicing organic gardening or those who prefer manual cultivation methods over motorized alternatives. Key Features of a Wheel Hoe: Wheeled Frame: The central feature of a wheel hoe is its wheeled frame. The wheel is usually larger than those found on traditional hand tools, and it is connected to the frame, making it easy to push and navigate through the garden. Blades or Attachments: Wheel hoes come with various blades or attachments that perform different tasks. Common attachments include hoes, cultivators, plows, and furrowers. These attachments are interchangeable, allowing users to adapt the tool to different gardening needs. Handlebars: The wheel hoe has handlebars or handles for the user to hold and guide the tool. The handlebars are typically adjustable to accommodate the height and preference of the user. Adjustable Depth: Many wheel hoes allow users to adjust the depth at which the blades or attachments penetrate the soil. This feature is useful for different tasks, such as shallow weeding or deeper cultivation. Durable Construction: Wheel hoes are constructed with durability in mind. The frame and components are often made of sturdy materials such as steel or aluminum to withstand the rigors of garden use. Ease of Maintenance: The design of wheel hoes often facilitates easy maintenance. Blades can be sharpened or replaced, and moving parts can be lubricated as needed. Uses of a Wheel Hoe: Weeding: The primary use of a wheel hoe is for efficient weeding between rows of plants. The rotating blades cut through weeds, disrupting their growth and reducing competition for nutrients. Cultivation: Wheel hoes are effective for cultivating the soil around plants. The blades can break up compacted soil, improve aeration, and create a fine seedbed. Creating Furrows: Some wheel hoe attachments, such as furrowers, are designed to create furrows for planting seeds or bulbs in a neat and organized manner. Hilling: Hilling involves piling soil around the base of plants, and certain wheel hoe attachments, like hilling plows, make this task more efficient. Harvesting: Wheel hoes can be used for harvesting certain crops by cutting through the base of plants or loosening the soil around root vegetables. Advantages of a Wheel Hoe: Efficiency: Wheel hoes can cover larger areas quickly, making them more efficient than hand tools for tasks like weeding and cultivation. Labor-Saving: The wheeled design reduces the physical strain on the user, making it a labor-saving alternative to traditional hand tools.
₹80  
A Spanco 3 Prongs Hand Cultivator For Garden, SCH-123 is a gardening tool designed for breaking up and loosening soil in preparation for planting, as well as for weeding between rows of plants. Cultivators come in various forms, ranging from handheld tools to larger, motorized machines. The choice of cultivator depends on the scale of the gardening or farming operation and the specific tasks at hand. Handheld Cultivator: Tines or Blades: Handheld cultivators typically have multiple tines or blades that are designed to break up and aerate the soil. The number and configuration of the tines can vary. Handle: Handheld cultivators have a handle for the user to grip and control the tool. Some handles are designed ergonomically to reduce hand fatigue during use. Size: Handheld cultivators are compact and suitable for small garden plots or raised beds. They are ideal for tasks like cultivating around individual plants, weeding, or preparing small planting areas. Motorized Cultivator/Tiller: Engine: Motorized cultivators, also known as tillers, are powered by an engine. The engine can be gas-powered or electric, depending on the model. Tines: These cultivators have rotating tines that are driven into the soil to break it up. The number of tines and their configuration can vary, with some models having forward-rotating tines and others having counter-rotating tines. Depth Adjustment: Motorized cultivators often come with depth adjustment settings, allowing the user to control how deeply the tines penetrate the soil. This is useful for different tasks, such as deep soil preparation or shallow weeding. Wheels: Some motorized cultivators have wheels, making them easier to maneuver. Wheels can be adjusted to control the depth of cultivation and provide stability. Handles: Motorized cultivators are equipped with handles that allow the user to guide and control the machine. Some models have adjustable handles for user comfort. Uses of Cultivators: Soil Preparation: Cultivators are used to prepare the soil for planting by breaking up compacted soil, incorporating amendments, and creating a loose, well-aerated seedbed. Weeding: Handheld cultivators are effective for weeding between rows of plants, while motorized cultivators can be used to control weeds on a larger scale. Mixing Soil: Cultivators can mix organic matter, compost, or other soil amendments into the existing soil to improve fertility and structure. Breaking Ground: When starting a new garden or breaking ground for a new planting area, cultivators can help loosen and turn over the soil. Cultivating Around Plants: Handheld cultivators are useful for carefully cultivating around individual plants without disturbing their roots. Aerating Soil: Cultivators break up compacted soil, promoting better aeration and drainage. Maintenance Tips for Cultivators: Clean After Use: Remove soil and debris from the tines or blades after each use to prevent rust and maintain performance. Inspect and Tighten Fasteners: Periodically check and tighten any nuts, bolts, or fasteners to ensure that the cultivator remains sturdy and safe to use. Oil and Lubricate: Apply oil or lubricant to moving parts, such as the tine shaft, to ensure smooth operation. Sharpen Blades: If applicable, sharpen the blades or tines regularly to maintain cutting efficiency.
₹4,934   ₹5,766
You save ₹832!
14.42% OFF
A Spanco 300 mm Manual Operated Cylindrycal Lawn Mower, SPANCO-30 is a machine designed for cutting and maintaining the height of grass in a defined area, such as a lawn or garden. Lawn mowers come in various types and sizes, ranging from small, manual push mowers to large, ride-on or self-propelled mowers. They are essential tools for keeping lawns and outdoor spaces neat and well-groomed. Key Features of a Lawn Mower: Cutting Deck: The cutting deck is the housing that contains the cutting blades. It determines the width of the swath of grass cut in a single pass. Cutting Blades: The cutting blades are responsible for cutting the grass. Depending on the type of mower, there can be one or multiple blades that rotate to achieve a clean cut. Power Source: Lawn mowers can be powered by various sources, including gasoline engines, electric motors (corded or cordless), or manual push power. The power source influences factors such as mobility and maintenance requirements. Drive System: For self-propelled or ride-on mowers, there is a drive system that propels the mower forward. It can be controlled by the operator to set the speed and direction. Height Adjustment: The height adjustment feature allows users to raise or lower the cutting deck to achieve the desired grass height. This feature is crucial for maintaining different grass types and adjusting to seasonal growth. Grass Discharge: Lawn mowers have a grass discharge system that either collects grass clippings in a bag, mulches them, or discharges them out of the side or rear of the mower. Wheels: The wheels provide mobility to the mower. The size and design of the wheels impact maneuverability on different terrains. Handle or Steering System: Manual push mowers have a handle for pushing and steering, while self-propelled and ride-on mowers may have steering wheels, levers, or controls for maneuvering. Types of Lawn Mowers: Push Reel Mower: A manual, push reel mower relies on human power to move the blades and cut the grass. It is environmentally friendly and suitable for small lawns. Gasoline-Powered Rotary Mower: These mowers have a gasoline engine and use rotating blades to cut grass. They are versatile and suitable for medium to large lawns. Electric Rotary Mower: Electric mowers are powered by an electric motor. They can be corded or cordless and are generally quieter and more environmentally friendly than gasoline mowers. Self-Propelled Mower: Self-propelled mowers have a drive system that propels the mower forward, reducing the effort required by the operator to push it.
₹54   ₹80
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A Spanco 3 Teeth Hand Weeding Fork For Garden, SWF-124 is a hand tool designed specifically for the purpose of removing weeds from the soil. It typically consists of a forked head, often with sharp tines, attached to a handle. The design of the weeding fork allows users to penetrate the soil and lift weeds, roots, and debris from the ground efficiently. Weeding forks are especially useful for working in smaller garden spaces, around established plants, or in areas where a larger tool may be impractical. Key Features of a Weeding Fork: Forked Head: The head of the weeding fork has two or more tines arranged in a fork-like configuration. The tines are designed to pierce the soil and engage with weeds for easy removal. Tine Shape: The tines may be pointed, flat, or curved, depending on the specific design of the weeding fork. Pointed tines are effective for penetrating soil, while flat or curved tines may be suitable for lifting weeds and debris. Handle: The handle of a weeding fork is typically made of wood, metal, or a combination of materials. It provides a grip for the user to hold and maneuver the tool comfortably. Length: Weeding forks come in various lengths, and the choice depends on the user's preference and the type of work being done. A longer handle may provide better reach, while a shorter handle offers more control. Grip: Some weeding forks have ergonomic handles with grips designed to reduce hand fatigue during extended use. Uses of a Weeding Fork: Weeding: The primary purpose of a weeding fork is to remove weeds from the soil. The forked design allows users to penetrate the ground and lift weeds, roots, and debris effectively. Aerating Soil: Weeding forks can be used to aerate the soil by creating small holes, promoting better air circulation and water absorption. Loosening Soil: The tines of a weeding fork can help loosen compacted soil, making it easier for plant roots to grow and water to penetrate. Removing Debris: Aside from weeds, weeding forks are useful for removing other debris, such as fallen leaves or small stones, from the soil. Working in Tight Spaces: Weeding forks are especially valuable for working in tight spaces between established plants or in areas where larger tools may be cumbersome. Maintenance Tips for Weeding Forks: Clean After Use: After each use, clean the weeding fork to remove soil and debris. Wipe the tines and handle to prevent corrosion. Sharpen Tines: If the tines become dull, sharpen them using a file or sharpening tool. Sharp tines make it easier to penetrate the soil. Inspect Handle: Periodically inspect the handle for any signs of damage, such as cracks or splinters. Replace or repair the handle as needed. Oil or Seal Wooden Handles: If the handle is made of wood, consider applying a coat of linseed oil or wood sealant to protect it from moisture and extend its lifespan. Store Properly: Store the weeding fork in a dry place to prevent rusting. Hang it or store it off the ground to avoid contact with moisture. Avoid Excessive Force: Use the weeding fork for its intended purpose, and avoid applying excessive force that could bend or break the tines. Regular Inspection: Regularly inspect the weeding fork for any signs of wear or damage. Address any issues promptly to ensure the tool remains effective. A weeding fork is a valuable tool for gardeners aiming to keep their garden beds free of weeds and maintain the health of their plants. Proper maintenance and use contribute to the longevity and efficiency of the weeding fork.
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Spanco Cutting Capacity 25 mm By-Pass Lopping Shear 380 mm, SLS-15 also known as loppers, are a type of cutting tool designed for pruning and trimming branches and twigs in gardens and landscaping. Lopping shears are characterized by their long handles, providing increased leverage and reach, making it easier to cut thicker branches than with regular pruning shears. They are commonly used for shaping trees, removing overgrown branches, and general tree maintenance. Key Features of Lopping Shears: Long Handles: Lopping shears have long handles, typically ranging from 16 to 36 inches or more. The extended handles provide greater leverage, allowing users to reach higher branches and cut thicker stems. Bypass or Anvil Design: Lopping shears come in two main designs: bypass and anvil. Bypass Loppers: Similar to scissors, with two sharp blades that pass by each other. Bypass loppers are ideal for clean cuts on live branches. Anvil Loppers: Have a single sharpened blade that closes against a flat surface (anvil). Anvil loppers are suitable for cutting dead wood and thicker branches. Blade Material: The blades of lopping shears are typically made of hardened steel for durability and sharpness. Some models may have non-stick coatings to reduce friction and prevent sap buildup. Cutting Capacity: Lopping shears are designed to cut thicker branches than regular pruners. The cutting capacity varies, with different models capable of handling branches of different diameters. Handles Material: Handles can be made of various materials, including aluminum, steel, or fiberglass. The material choice affects the weight and durability of the loppers. Grips or Handles Design: Lopping shears often have ergonomic handles or grips designed to provide comfort during extended use. Some models may have cushioned or contoured grips to reduce hand fatigue. Gear Mechanism: Some lopping shears come with a gear or ratcheting mechanism. This feature increases cutting power, making it easier to cut through thicker branches with less effort. Adjustable Handles: Some lopping shears have telescoping or adjustable handles, allowing users to extend the reach based on the pruning task. How to Use Lopping Shears: Select the Right Loppers: Choose the appropriate lopping shears based on the size of the branches you need to cut and the type of pruning task. Inspect the Blades: Ensure that the blades are sharp and in good condition. Sharpen or replace blades as needed for efficient cutting. Identify the Branch: Identify the branch or twig you want to cut. Position the blades close to the base of the branch for a clean cut. Open the Handles: Open the handles wide to maximize the opening of the blades. Position the Branch: Place the branch between the blades, ensuring it is within the cutting capacity of the lopping shears. Close the Handles: Squeeze the handles together to make the cut. For bypass loppers, the two blades should pass by each other cleanly. For anvil loppers, the blade will close against the flat surface. Repeat as Needed: Continue pruning by making additional cuts as necessary.
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Top Selling Spanco Products Online Products Price List for February 2026

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This data was last updated on 18/02/2026