Verified
Write a Review
Our Products
Compression Springs
2 Products availableBrake Parts
2 Products availableTorsion Springs
1 Products availableLighting Accessories
1 Products availableSheet Metal & Turned Components
1 Products availableFiles, Folders & Notebooks
1 Products available
We are engaged in manufacturing, exporting and supplying our clients a high quality range ofCNC Wire Cut Component.
Here at springflied automotive components we manufacture and supply the best quality products to our customers all around the world. We are known as the best compression spring manufacturer in Faridabad , haryana. The springs that we manufacture and supply are more than just products. They are the solutions to some of the most demanding applications in just about every industry.
The compression springs are available in different types of applications. No matter what the shape you choose, the compression springs offers the same benefits giving them unequivocal value in every industry. Here are two of the most noteworthy benefits of our compression springs. These are the reason why we are known as the best compression springs exporter faridabad
There is a wide range of flat springs available in the market to choose from. These are made in diverse designs and material that handle demanding jobs. Springfeild automotive components is one of the most popular flat spring manufacturers in haryana. We are known for the quality of our products and customer service. The flat springs that we supply to our customers are beneficial in several ways. These have amazing features which makes them unique and in demand. Our flat springs have rectangular wires across the cross-section and this section is larger than in round wire compression springs.
Following are some of the benefits of using our flat springs. These are the reason behind our success as the best flat spring supplier in India.
These were some of the benefits of choosing our products. Without waiting any longer call us and get our products as we are the best flat spring wholesale supplier in India.
Wire bending is a specialized manufacturing process that involves the manipulation of wire or metal rods into various shapes and configurations, often with precise angles and curves. This technique is widely used across multiple industries, from automotive to electronics, construction, and crafts. Here is a detailed description of the wire bending process: 1. Diverse Applications: Wire bending is employed in numerous applications, including the creation of wire forms, springs, custom hooks, fasteners, decorative elements, and intricate components for machinery and appliances. Its versatility allows it to adapt to a wide range of industries. 2. Materials: Wire bending can be applied to various materials, including steel, stainless steel, aluminum, copper, and even plastic or composite materials. The choice of material depends on the specific application's requirements, such as strength, corrosion resistance, or electrical conductivity. 3. Precision and Customization: One of the key advantages of wire bending is its ability to achieve precise and customized shapes. Advanced bending machinery and computer numerical control (CNC) technology enable the production of intricate and highly accurate wire components to meet exact specifications. 4. Bending Techniques: Wire bending can be accomplished using a variety of techniques, including manual bending, semi-automated machinery, and fully automated CNC bending machines. CNC technology allows for the efficient production of complex wire shapes with consistent precision. 5. Wire Diameter and Thickness: Wire bending can accommodate a wide range of wire diameters and thicknesses, from fine, delicate wires used in jewelry to thick, robust wires employed in industrial applications. The bending process is adjusted to suit the specific wire characteristics. 6. Tools and Dies: Specialized tools and dies are used to shape the wire accurately. These tools are designed to create bends, loops, angles, and curves according to the desired design or engineering specifications. 7. Quality Control: Quality control measures are implemented to ensure that each bent wire component meets the required standards. This includes checking for dimensional accuracy, uniformity, and the absence of defects. 8. Efficiency and Speed: Automated wire bending machines can produce large quantities of bent wire components quickly and efficiently, making it suitable for high-volume manufacturing processes. 9. Versatility in Industries: Wire bending is found in a wide range of industries, such as automotive, aerospace, electronics, construction, medical devices, and consumer goods. It is used in everything from wire harnesses in cars to intricate springs in electronics. 10. Customization and Prototyping: - Wire bending is particularly valuable for prototyping and small-batch production, as it allows for rapid customization and adjustments to design changes without the need for expensive tooling. In summary, wire bending is a versatile manufacturing process that transforms wire or metal rod materials into precise and customized shapes to meet the demands of various industries. Its adaptability, precision, and efficiency make it a valuable technique in the creation of wire-based components and products, from simple wire forms to intricate mechanical parts. Description of Wire Bending Wire bending is a specialized manufacturing process that involves the manipulation of wire or metal rods into various shapes and configurations, often with precise angles and curves. This technique is widely used across multiple industries, from automotive to electronics, construction, and crafts. Here is a detailed description of the wire bending process: 1. Diverse Applications: Wire bending is employed in numerous applications, including the creation of wire forms, springs, custom hooks, fasteners, decorative elements, and intricate components for mach
working from many years in this domain, we introduce ourselves as the leading names engaged in offering of Shocker Spring. Designed from best quality materials, these springs are checked on the basis of different parameters like tensile strength and durability. Our provided springs are used to bear high compression in machines
An electric scooter's center stand spring, also known as a main stand spring or center stand return spring, is a crucial component that assists in deploying and retracting the center stand. The center stand provides stability and convenience when parking or performing maintenance on the scooter. Here's a description of an electric scooter's center stand spring:
Material: Center stand springs for electric scooters are typically manufactured using high-quality steel or specialized alloys. These materials are chosen for their strength and durability, as they need to endure repeated cycles of compression and extension.
Coil Shape: Most center stand springs are coil-shaped, featuring tightly wound coils. This coil design allows the spring to store energy when compressed and release it when the center stand is deployed or retracted.
Mounting Points: The center stand spring is attached at one end to the scooter's frame or chassis and at the other end to the center stand itself. When the scooter is parked and the center stand is raised, the spring is compressed. Conversely, when the center stand is lowered, the spring extends and provides tension.
Function: The primary function of the center stand spring is to assist the rider in deploying and retracting the center stand effortlessly. When the scooter is stationary, the rider can use the center stand to keep the scooter upright and stable. The spring's tension holds the center stand in place when it's raised. When it's time to ride again, the rider can use their foot to lower the center stand, and the stored energy in the spring helps retract the stand smoothly and securely.
The spring in an office file is a simple yet crucial component found in various types of office folders, binders, and files. Its primary function is to securely hold and organize loose sheets of paper or documents within the file. Here's a detailed description of the spring commonly used in office files:
1. Component Placement:
2. Material and Construction:
3. Coiled Design:
4. Retention Mechanism:
5. Document Capacity:
6. Ease of Use:
7. Versatility:
8. Document Organization:
9. Durability:
10. Replacement: - In the event of wear or damage, it is often possible to replace the spring in an office file, extending the life of the file itself.
In summary, the spring in an office file is a fundamental component that enables the efficient organization and storage of documents. Its coiled design, durable materials, and user-friendly operation make it an indispensable part of various office tools designed to keep paperwork neatly organized and accessible.
Description of Brake Light Spring
A brake light spring is a small but essential component found in the brake light switch assembly of vehicles. While it may seem insignificant, this spring plays a critical role in ensuring the proper functioning of a vehicle's brake lights, which are integral for safety on the road. Here is a detailed description of the brake light spring:
1. Location and Function:
2. Spring Type and Design:
3. Switch Actuation:
Conical springs are the compression springs which derive their name for their conical shape. Supreme Spring Industries based in Maharashtra is known as the best conical spring manufacturer in India. We manufacture the best quality products for our customers and clients all across the globe. The unique conical spring that we design and offer to our customers have amazing advantages. This can reduce the solid height in comparison to the straight compression springs. As a result, the conical compression springs can provide a near-constant spring rate.
Being the best conical spring manufacturer we serve as the go-to provider of conical springs for companies large and small all around the globe.
Brake shoe springs are integral components of drum brake systems in vehicles, playing a vital role in ensuring safe and effective braking performance. These specialized springs are designed to provide the necessary tension and support to the brake shoes within the drum brake assembly. Here's a detailed description of brake shoe springs:
1. Fundamental Brake Component: Brake shoe springs are a fundamental part of drum brake systems, which are commonly found in the rear wheels of many vehicles, particularly older models and certain types of commercial vehicles. Drum brakes use brake shoes to press against the inner surface of the brake drum, creating friction to slow down or stop the vehicle.
2. Tension and Retraction: Brake shoe springs are primarily responsible for maintaining tension on the brake shoes. When the driver applies the brakes, these springs help to retract the brake shoes when the brake pedal is released, ensuring that they do not remain in contact with the brake drum. This retraction is essential for preventing unnecessary friction and heat buildup, thereby preserving the braking system's efficiency.
3. Coil or Flat Springs: Brake shoe springs come in two common forms: coil springs and flat springs. Coil springs are spiral-shaped and provide tension by coiling and uncoiling, while flat springs are typically more elongated and rely on their shape and flexibility to generate tension. The choice of spring type may vary depending on the brake system design and vehicle specifications.
4. Material Durability: These springs are typically manufactured from durable and corrosion-resistant materials like high-strength steel or stainless steel. This construction ensures that they can withstand the harsh conditions of the brake environment, including exposure to heat, moisture, and road debris.
5. Heat Resistance: Brake shoe springs are designed to function reliably even under high-temperature conditions generated during heavy braking. Their ability to maintain tension and resilience in extreme heat is critical to preventing brake fade and ensuring consistent braking performance.
6. Vehicle Safety: Properly functioning brake shoe springs are essential for vehicle safety. They contribute to the precise engagement and disengagement of the brake shoes, allowing for smooth and effective braking, minimizing the risk of skidding or loss of control.
7. Wear and Tear: Over time and through repeated use, brake shoe springs may experience wear and fatigue. Regular inspection and maintenance are crucial to ensure that these springs continue to perform their role effectively, preventing potential brake system malfunctions.
8. Compatibility and Sizing: Brake shoe springs come in various sizes and configurations to match the specific drum brake system used in different vehicles. Compatibility is crucial, as the correct spring size and tension are essential for reliable brake operation.
In summary, brake shoe springs are essential components within drum brake systems, responsible for maintaining the tension on the brake shoes and ensuring their proper engagement and disengagement with the brake drum. These springs play a vital role in vehicle safety, and their durability and heat resistance are crucial factors in maintaining effective braking performance. Regular inspection and maintenance of these springs are essential for safe and reliable vehicle operation.
Additional Information:
Packaging Details : Packaging Details for Brake Shoe Springs
When packaging brake shoe springs, it is essential to ensure that these critical automotive components are protected during storage and transportation to maintain their integrity and functionality. Here's a comprehensive packaging detail for brake shoe springs:
1. Package Type:
Brake shoe springs are typically packaged in sturdy, well-sealed boxes or cartons designed to protect them from external contaminants, moisture, and physical damage.
2. Material:
The packaging material should be robust and durable to withstand handling and environmental conditions. Corrugated cardboard boxes or cartons are commonly used due to their strength and protective properties.
3. Sizing and Labeling:
Each box or carton should be clearly labeled with important information, including the brake shoe spring specifications, quantity, and any handling instructions. The labeling should be easy to read and include barcodes or QR codes for inventory tracking if applicable.
4. Quantity per Package:
The number of brake shoe springs per package should be clearly indicated on the packaging label. This helps both suppliers and customers easily identify the contents.
5. Protective Packaging Inserts:
To prevent tangling or damage during transit, brake shoe springs can be individually wrapped in plastic or paper sleeves or separated by foam inserts within the package. This extra layer of protection ensures that the springs remain in optimal condition.
6. Sealing:
Boxes or cartons should be securely sealed using strong adhesive tape or straps to prevent accidental opening during transportation.
7. Package Integrity:
Each package should be inspected for any signs of damage or tampering before shipping. Damaged packages should be replaced to ensure the springs are delivered in perfect condition.
8. Palletization (for Bulk Orders):
In the case of bulk orders, boxes of brake shoe springs can be palletized to facilitate handling and transportation. Pallets should be stacked and secured to prevent shifting or falling during transit.
9. Handling Instructions:
Clear handling instructions, including instructions for lifting, storage, and stacking, should be provided on the packaging or accompanying documentation to ensure the safe handling of the brake shoe springs.
10. Environmental Considerations:
- Packaging should adhere to environmental regulations, and recyclable or eco-friendly materials should be considered whenever possible to reduce the environmental impact.
11. Documentation:
- Include necessary documentation, such as a packing list or invoice, within or affixed to the packaging to assist with inventory management and order verification.
12. Quality Assurance:
- Implement a quality control process to verify that each package contains the correct quantity and type of brake shoe springs and that the packaging is in optimal condition before shipping.
By following these packaging details, suppliers and manufacturers can ensure that brake shoe springs are protected, organized, and ready for safe and efficient distribution to their destination, whether it's an automotive assembly line or a retail outlet.
Power Cord: The power cord is an electrical cable that connects the fan to a power source, such as a wall outlet. It usually has two or three wires inside: a live (hot) wire, a neutral wire, and, in some cases, a ground wire. These wires provide electrical power to the fan.
Motor Wiring: Inside the fan housing, there will be wiring connecting the fan motor to the power cord and control mechanisms. The motor wiring typically includes wires for the live and neutral connections, and sometimes a ground wire for safety.
Control Wiring (Optional): If the fan has additional features such as speed control, oscillation, or remote control functionality, there may be wiring associated with these features. For example, a remote control receiver unit may be wired to the fan's motor and power source.
Safety Switches: Some fans may have safety switches or sensors wired into their design to ensure safe operation. For instance, a thermal fuse can be wired in series with the motor to shut off the fan in case of overheating.
The specific wiring details can vary depending on the type and brand of the fan. If you have a more specific question or need detailed information about the wiring in a particular fan model, it's advisable to consult the manufacturer's documentation or seek the assistance of a qualified electrician or
A door lock spring is a fundamental component found in many types of locks, including traditional key-operated locks and modern electronic locks. This spring plays a crucial role in the lock's mechanism, ensuring that it functions properly and securely. Here's a description of a door lock spring:
Design and Functionality:
Coiled Spring Design: A door lock spring typically features a coiled or helical design. It is made from materials such as steel or other alloys chosen for their durability and resistance to wear and corrosion. The spring's coiled structure allows it to store and release energy when necessary.
Key Component in Lock Mechanism: The door lock spring is an integral part of the lock's inner workings. It is responsible for several key functions within the lock, including:
Security and Reliability: The door lock spring is engineered to provide the necessary tension and force to ensure that the lock operates securely and reliably. Its precise design and material quality are crucial for long-lasting performance.
Types and Variations:
Torsion Springs: Some door lock springs, particularly in cylindrical locks, are designed as torsion springs. These springs store energy when twisted and release it when the lock is operated.
Extension Springs: In some locks, especially those with deadbolt mechanisms, extension springs are used. These springs extend when the lock is activated and retract when it is released.
Maintenance and Replacement:
Regular Maintenance: Door lock springs are subject to wear over time due to repeated use. To ensure the lock continues to function correctly, periodic maintenance may involve cleaning, lubrication, and inspection for signs of wear or damage.
Replacement: If a door lock spring becomes damaged or loses its tension, it may need to be replaced. Replacement springs are available for many types of locks and should be chosen based on the lock's specific design and requirements.
In summary, a door lock spring is a vital component within the locking mechanism of doors. Its coiled design and tension properties enable the lock to function effectively, providing security and convenience in both residential and commercial settings. Proper maintenance and, when necessary, replacement of the door lock spring are essential for the continued reliability and security of the lock.
A cycle (or bicycle) shocker spring, often referred to as a suspension spring or fork spring, is a key component of a bicycle's front or rear suspension system. It plays a critical role in absorbing and dampening shocks and vibrations encountered while riding on rough or uneven terrain. Here's a description of a cycle shocker spring:
Material: Cycle shocker springs are typically made of steel or aluminum alloys. The choice of material depends on factors such as weight, durability, and cost.
Coil Spring: Most cycle shocker springs are coil springs, which means they consist of a tightly wound coil or helix of metal wire. The diameter, thickness, and length of the wire, as well as the number of coils, determine the spring
Introducing the Universal SIM Card Ejector Tool the essential accessory for every smartphone user. Say goodbye to frustrating moments and damaged SIM cards when swapping or removing your SIM card. Our SIM card ejector tool is designed to simplify the process and ensure a hassle-free experience.
Key Features:
Compatibility: This SIM card ejector tool is compatible with all standard SIM card sizes, including nano SIM, micro SIM, and standard SIM cards. It works seamlessly with a wide range of smartphones and devices.
Durable Construction: Crafted from high-quality materials, our ejector tool is built to last. It can withstand repeated use without bending or breaking, ensuring it remains a reliable companion for years to come.
Easy to Use: The ergonomic design and user-friendly shape make ejecting your SIM card a breeze. Simply insert the tool into the designated slot on your device, apply a gentle amount of pressure, and watch your SIM card pop out effortlessly.
Compact and Portable: This compact SIM card ejector tool easily fits into your wallet, purse, or pocket. Take it with you wherever you go, so you're always prepared for any SIM card-related task, whether it's switching carriers, traveling abroad, or troubleshooting your device.
Versatile: Not only does it work with SIM cards, but it can also be used to remove memory cards and other small components from your devices, making it a versatile tool for tech enthusiasts and professionals.
Safety First: Avoid the risk of damaging your smartphone by using this tool. It prevents the need for makeshift solutions like paperclips or needles, which can potentially harm your device.
Value Pack: Our SIM card ejector tool is often available in packs of multiple units, ensuring you have spares for your family members or friends who might need them.
Upgrade your mobile experience and eliminate the hassle of SIM card handling with our Universal SIM Card Ejector Tool. Whether you're a tech-savvy individual or just looking for a simple solution to manage your SIM cards, this tool is a must-have for every smartphone user. Don't let a stuck SIM card ruin your day order your SIM card ejector tool now and experience convenience like never before!
The side stand spring on a Honda Activa, like many other scooter models, is a crucial component that helps retract the side stand when the scooter is lifted off its side stand and returned to an upright position. Here is a general description of the side stand spring on a typical scooter like the Honda Activa:
Material: Side stand springs are typically made of high-quality steel or alloy to ensure durability and resilience. They need to withstand the stress of repetitive use and exposure to various weather conditions.
Coil Shape: The spring is usually in a coil shape, which allows it to store potential energy when compressed and release it when the scooter is leaned to the side and needs to be propped up on the side stand.
Mounting Points: One end of the side stand spring is attached to the frame or chassis of the scooter, and the other end connects to the side stand itself. When the scooter is upright, the spring is stretched and stores energy. When the side stand is deployed, the spring is compressed.
Function: The primary function of the side stand spring is to assist the rider in deploying and retracting the side stand easily. When the scooter is leaned to one side and the side stand is lowered, the spring compresses. This compression stores energy in the spring. When the scooter is lifted back to an upright position, the stored energy in the spring is released, helping to retract the side stand smoothly and securely.
Safety: The side stand spring is designed to be strong and reliable to prevent accidental deployment of the side stand while riding, which could result in a loss of balance and an accident.
Maintenance: Like other mechanical components, the side stand spring may require occasional maintenance or replacement if it becomes damaged, loses its elasticity, or fails to function properly.
It's important to note that specific details of the side stand spring on a Honda Activa or any other scooter model may vary, and it's always recommended to refer to the manufacturer's service manual or consult a professional mechanic for precise information and maintenance procedures. Additionally, take caution when working with springs, as they can be under tension and can cause injury if mishandled.
A stapler spring is a small yet crucial component found within many types of staplers. It serves a vital role in the stapling process by providing the necessary tension and force to drive a staple through sheets of paper and secure them together. This coiled spring is typically made of resilient materials, such as steel or other alloys, chosen for their durability and flexibility.
The design of a stapler spring is characterized by its tightly wound coil structure, which allows it to store potential energy when compressed and then release it rapidly when triggered. When you press down on the stapler handle, the spring compresses, storing energy. As you release the handle, the spring expands, driving a metal staple through the sheets of paper and bending its legs to hold them together.
Despite its small size, the stapler spring plays a critical role in the functionality of the stapler, ensuring precise and consistent stapling results with every use. Its reliable performance makes it an essential component in offices, schools, and various work environments, contributing to the convenience and efficiency of document binding.
A metal hook is a simple yet versatile device made of metal that is designed to have a curved or angular shape, often with a pointed or blunt end. These hooks serve a variety of purposes in different contexts and industries. Here's a general description of a metal hook:
Material: Metal hooks are typically made from various types of metals, including steel, stainless steel, iron, aluminum, or other alloys, depending on the intended use. The choice of metal is determined by factors like strength, corrosion resistance, and cost.
Shape: Metal hooks come in various shapes and sizes. The most common form is a curved or angular shape, with one end designed for attachment or suspension and the other for securing or engaging with objects. The specific shape of the hook may vary based on its intended function.
Point or End: The end of the hook can be pointed, sharp, or blunt, depending on its intended use. Pointed ends are suitable for piercing and holding materials, while blunt ends are used for securing items without the risk of puncturing or damaging them.
Applications: Metal hooks are widely used in different applications, including but not limited to:
Safety Considerations: When using m
