Sarthi Corporation

 We are a leading manufacturer of premium Tension Springs, engineered to deliver consistent pulling force and superior durability across a wide range of applications.Crafted for Excellence & Versatility

Our tension springs are designed with meticulous attention to detail, offering:

• Exceptional Durability: Manufactured using high-grade materials like Spring Steel, Stainless Steel (SS 304, SS 316), and Galvanized steel, ensuring maximum lifespan and resistance to wear and tear.
• Precision Engineering: We produce tension springs with a variety of wire diameters and body lengths, along with various hook types (machine hooks, extended hooks, etc.) to precisely meet your application's requirements.
• Customization Options: Need a specific load capacity, initial tension, or material? We specialize in custom tension spring solutions tailored to your exact specifications.

Wide Range of Applications:

Our tension springs are vital components in numerous industries and products, including:

• Automotive Industry: Used in brakes, clutches, seatbelt retraction, and various engine mechanisms.
• Industrial Machinery: Essential for conveyor systems, automation equipment, levers, and control mechanisms.
• Garage Doors & Gates: Providing critical counterbalancing and smooth operation.
• Mining & Construction: Found in vibrating screens, material handling equipment, and heavy machinery.
• Appliances & Electronics: Powering everything from retractable cords to electronic components.
• Medical Devices: Ensuring precise movement and functionality in surgical instruments and equipment.
• Recreational & Sporting Equipment: From trampolines to fitness machines, delivering reliable resistance and return force.
• Agricultural Machinery: Vital for various implements and equipment requiring consistent tension.

Experience the difference of quality and reliability. Partner with us for all your tension spring needs!

Contact us today on Indiamart to get a quote or discuss your custom requirements.

Compression springs are designed and used to resist applied compressive forces or to store energy in the push mode. Compression springs are the most common spring configuration and are found in many applications such as automotive, aerospace and consumer goods.

The most widely used form of compression spring is the straight cylindrical spring made from round wire; however, shaped wire may be used, such as square or rectangular. Many other forms are produced. Conical, barrel, hourglass or straight cylindrical with or without variable spacing between coils are available. Such configurations are used to reduce solid height, buckling and surging, or to produce nonlinear load deflection characteristics. Energy storage is greater for rectangular wire compression springs, also called die springs, however round wire rates can be increased if springs are nested inside one another. Rectangular wire is used to reduce solid height or increase the space efficiency of the design. Most die springs are made from rectangular wire for this reason. It should also be noted that most compression springs have closed and ground ends, although there are other end configurations available depending on the particular application.

In applications where space is limited and particularly where solid height is restricted, springs designed from rectangular wire are often used. These springs are commonly referred to as die springs. Die springs store more energy in a smaller space than equivalent round-wire springs. Even though stress distribution around the rectangular cross section is not as uniform as the round wire section, the energy storage capacity is higher because more material can be incorporated into the allocated space.

Sarthi Corporation Company offers a complete line of custom compression springs for your custom order to meet the needs of any industry

 We “Sarthi Corporation” are Manufacturer of All types customised tension spring for our client using hi quality spring steel, Stanless still, Ally steel Materials as they need.

 We “Sarthi Corporation” are Manufacturer of an Compression Spring, Tension Spring, Torsion Spring, Tapper Spring, Heavy Duty Springs, Conveyor Spring, Conveyor Roller, Leather Diaphragms, Suspended Magnets and Hex Head Bolts etc. 

Conveyor springs play a vital role in ensuring the smooth and efficient operation of conveyor systems across various industries. Here's a breakdown of their primary uses: * Maintaining Belt Tension: * A key function of conveyor springs is to provide and maintain proper tension in the conveyor belt. This tension is crucial for preventing slippage and ensuring that materials are transported consistently. * Shock and Vibration Absorption: * Conveyor systems often encounter shocks and vibrations from the movement of heavy loads or the operation of machinery. Springs are designed to absorb these forces, protecting the system from damage and reducing wear and tear. * Material Handling: * Specifically, spiral spring conveyors are used for transferring various materials like: * Semi-solid, powder, and granular substances. * Materials in industries like food, chemicals, and pharmaceuticals. * Applications in various industries: * These springs are used in diverse sectors, including: * Manufacturing * Mining * Agriculture * Logistics * Automotive assembly lines. * Poultry feed lines. In essence, conveyor springs contribute to the reliability and longevity of conveyor systems, ensuring efficient material handling in a wide range of industrial applications.

 We “Sarthi Corporation” are Manufacturer of an Compression Spring, Tension Spring, Torsion Spring, Tapper Spring, Heavy Duty Springs, Conveyor Spring, Conveyor Roller, Leather Diaphragms, Suspended Magnets and Hex Head Bolts etc. 

 Our Industrial Helical Springs are engineered with precision and manufactured using top-grade materials to ensure maximum lifespan and consistent force delivery. We provide:

• Exceptional Quality & Durability: Crafted from premium materials including Spring Steel, Stainless Steel (SS 304, SS 316), Carbon Steel, and Galvanized Steel, our springs are built to withstand heavy loads, extreme temperatures, and corrosive environments.
• Versatile Design & Customization: Whether you need Helical Compression Springs, Helical Extension Springs, or Helical Torsion Springs, we offer a wide array of wire diameters, coil configurations, and end types. We specialize in Custom Helical Springs tailored to your exact specifications, ensuring perfect fit and function for your unique requirements.
• Precision Engineering: Our state-of-the-art manufacturing processes ensure tight tolerances, consistent spring rates, and optimal performance, minimizing downtime and maximizing efficiency in your operations.

Applications Across Industries:

Our Robust Helical Springs are indispensable components in a multitude of applications, including:

• Automotive & Automobile Industry: Suspension systems, engine components, brake mechanisms, and clutch assemblies.
• Industrial Machinery: Valves, pumps, presses, automation equipment, and material handling systems.
• Mining & Construction Equipment: Heavy-duty machinery, vibrating screens, and structural applications.
• Agricultural Machinery: Farm implements, tractors, and irrigation systems.
• Electrical & Electronics: Switches, relays, circuit breakers, and various electronic devices.
• Medical & Pharmaceutical Devices: Precision instruments, dispensing mechanisms, and equipment.
• Consumer Products & Appliances: White goods, furniture, and leisure equipment.
• Aerospace & Defense: Critical components requiring high reliability and performance.

Experience the difference that superior spring quality makes!

Explore our wide range of Helical Springs on IndiaMART today. Contact us for the best prices and to discuss your custom helical spring needs!

Taper Springs: Maximize Travel, Minimize Space. The Smart Spring Solution.

When your design demands high deflection in a compact footprint, Taper Springs (also known as Conical Springs) are the answer. Unlike traditional cylindrical springs, their unique tapered shape allows coils to nest within each other when compressed, achieving an incredibly low solid height – often as little as two wire diameters!

Why Choose Our Taper Springs?

• Exceptional Space Savings: Achieve greater travel and compression in confined spaces due to the "telescoping" coil design.
• Enhanced Stability: Their conical form provides superior stability, significantly reducing the risk of buckling, even with a high slenderness ratio.
• Progressive Spring Rate (Optional): Designed to offer a non-linear or progressive load characteristic, providing a softer initial deflection that stiffens as the load increases.
• Vibration Dampening: Effectively absorb shock and vibration, contributing to quieter operation and extended component life.
• Versatile Applications: Ideal for automotive suspensions, industrial machinery, electronics, battery contacts, and any application requiring controlled force and efficient space utilization.

Manufactured with precision and using high-quality materials, our Taper Springs are engineered for durability and consistent performance in demanding environments.

In the demanding environment of boilers, every component plays a crucial role. Our Boiler Springs are specifically engineered to deliver reliable performance, ensuring optimal efficiency, safety, and longevity of your boiler systems.

Key Applications & Benefits:

• Flue Gas Optimization (Spiral/Turbulator Springs): Often used inside boiler tubes, these spiral springs disrupt the flow of hot flue gases, increasing turbulence and enhancing heat transfer efficiency. This leads to:

  • Reduced Fuel Consumption: Maximizing heat absorption means less fuel is needed to reach target temperatures.
  • Improved Thermal Efficiency: More heat is transferred from the gases to the water, boosting overall boiler performance.
  • Minimized Soot & Corrosion: By promoting cleaner heat exchange surfaces, these springs can help reduce soot buildup and mitigate corrosion within the tubes, extending boiler life.
  • Smooth Gas Flow: Helps regulate and optimize the movement of gases through the system.

• Valve and Component Protection (Safety Valve Springs, Check Valve Springs):

  • Critical Safety Function: In safety valves, springs are vital for precise pressure relief, preventing over-pressurization and potential damage or catastrophic failure.
  • Reliable Flow Control: In check valves, springs ensure one-way flow, preventing backflow that could harm the boiler or its associated systems.
  • Durability in Harsh Conditions: Designed to withstand high temperatures, pressure, and potentially corrosive environments.

Why Choose Our Boiler Springs?

• Precision Engineering: Manufactured to exact specifications for consistent performance.
• High-Temperature Resilience: Made from materials that withstand the extreme conditions within a boiler.
• Enhanced Efficiency: Contribute directly to better heat transfer and reduced energy consumption.
• Safety & Reliability: Crucial for maintaining safe operating pressures and preventing system malfunctions.
• Long Service Life: Built to last, reducing downtime and maintenance costs.

Invest in the quality components that keep your boiler running at its best. Our Boiler Springs are the choice for performance, efficiency, and peace of mind.

Disc springs, also known as Belleville springs, are conically shaped washers designed to provide a specific spring force when compressed axially. Here's a breakdown of key information: Key Characteristics and Features: * Conical Shape: * Their distinct conical shape allows them to generate high forces within a small space. * High Load Capacity: * They excel in applications requiring significant force in a compact design. * Versatility: * By stacking disc springs in various configurations (series, parallel, or a combination), engineers can achieve a wide range of force-deflection characteristics. * Reliability: * Disc springs offer consistent and predictable performance, making them suitable for critical applications. * Applications: * They are used in diverse applications, including: * Safety valves * Clutch and brake mechanisms * Pipe supports * Vibration control * Bolted joints * Thermal expansion compensation. Stacking Configurations: * Series Stacking: * Increases the deflection while maintaining the same force. * Parallel Stacking: * Increases the force while maintaining the same deflection. * Combined Stacking: * Allows for customized force-deflection characteristics. Materials: * Common materials include spring steel, stainless steel, and other alloys, chosen based on the application's requirements for strength, corrosion resistance, and temperature tolerance. Standards: * Disc springs are often manufactured according to standards like DIN EN 16984 (formerly DIN 2092) and DIN EN 16983 (former DIN2093). In essence, disc springs are highly efficient and versatile components that provide reliable spring force in space-constrained environments.