Tension Spring(Headless)

At Makeway Spring,we manufacture custom headless extension springs,including small and conical types,for various industrial uses.We also offer a wide inventory.Contact us for more details.

304 Stainless Steel Specifications:MK-304SS-TSH01、MK-304SS-TSH02、MK-304SS-TSH03

  • Precision Instruments:

    Headless tension springs,with their precise tension, are commonly used in precision machinery or electronic instruments.

  • Small Mechanical Devices:

    Headless tension springs provide critical tension or resetting functions,helping to maintain the positioning of components.

  • Electronic Devices:

    These springs, due to their compact design, can fit into limited internal spaces and return to their original position after being pressed.

  • Household Appliances:

    Headless tension springs can provide sufficient return force,ensuring that equipment components reliably reset.

  • Automation Equipment:

    In automated production lines and industrial equipment, headless extension springs are commonly used to provide tension or resetting functions.

Material
Shape
Surface Treatment:
  • Carbon Steel: Such as 65Mn and 70# steel, which are cost-effective and strong, suitable for general mechanical equipment and environments without special corrosion protection needs.
  • Alloy Steel: Such as CrSi steel and CrV steel, which provide higher strength and durability, making them suitable for high-strength and high-load applications, especially for frequently used equipment.
  • Stainless Steel: Such as 304 and 316 stainless steel, offering excellent corrosion resistance, ideal for humid or corrosive environments, with 316 stainless steel being particularly suitable for chemical or marine environments.
  • Copper Alloys: Such as phosphor bronze and beryllium copper, known for good electrical conductivity and corrosion resistance, commonly used in electronic devices or applications requiring electrical contact.
  • Nickel-based Alloys: Such as Inconel, which perform well in high-temperature and corrosive environments, typically used in extreme conditions like aerospace or chemical equipment.
  • Round Cross-section: The most common shape, capable of evenly distributing stress during stretching, suitable for most applications.
  • Square or Rectangular Cross-section: These shapes can provide higher tension and strength in limited space, often used for equipment requiring higher load capacity.
  • Elliptical Cross-section: Less common but suitable for precision stretching needs in certain mechanical structures.
  • Conical Design: Although rare, some headless extension springs can be designed in a conical shape, allowing them to compress more tightly under load, saving space.
  • Black Oxide (Oxidation Treatment): Forms an oxide layer on the surface to improve corrosion resistance and wear resistance, commonly used in general mechanical equipment.
  • Galvanizing: Adds a zinc coating to prevent rust in humid or outdoor environments, a common protective measure.
  • Nickel Plating: Improves corrosion resistance and enhances surface smoothness and appearance, suitable for applications where aesthetics are important.
  • Chrome Plating: Increases surface hardness and wear resistance, suitable for high-strength and high-friction environments.
  • Spray or Coating Treatment: Allows for color coding or additional protection as needed, often used in customized products.
  • Stress Relief Treatment: Heat treatment is applied to remove residual stresses from the manufacturing process, improving fatigue resistance and lifespan, especially useful for frequently stretched springs.

Compression Springs

Tension Springs

Torsion Springs

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Examples Of Our Tension Springs(Headless)

We have the capability to provide our customers with custom Tension springs to meet nearly any specification

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Tension Spring(Headless) Solutions

We Manufacture the Highest Quality Tension Spring Designs

Our high-performance coils are engineered to thrive in even the most challenging environments,providing superior performance when it matters most.We source only the finest materials,meticulously chosen for their purity,reliability,and biocompatibility.

Tension Spring(Headless) Testing

Our commitment to unparalleled ension Spring quality is unwavering

At Makeway Spring ,we’re not just about springs;we’re all about quality.Our commitment to ensuring the highest standards for tension spring begins with comprehensive testing.From materials to dimensional accuracy and operational performance,we leave no stone unturned to guarantee your product’s excellence from the very start.

Material Testing:
Your best product deserves the finest materials. We offer a wide range of materials and test each one so that you can be sure your product is its best from start to finish.

Dimensional Accuracy:
Measuring is more than meets the eye. We use state of the art measuring tools to ensure accuracy down to the micrometer.

Operational Testing:
Before we even consider shipping your springs to you, each one is subjected to rigorous testing at each point in the production process, guaranteeing each one will perform at the highest level.

Tension Spring(Headless) Customization

Custom Tension Spring Crafted to Your Specifications

From the type of material to the diameter and end types, we have what you need to create your custom springs to ensure optimal performance. If you don’t have exactly what you need in the springs in stock – choose our custom manufacturing services and get the perfect solution for your unique situation.

Our commitment to quality and customer satisfaction is unmatched,and we strive to provide exceptional service at every step of the way.Whether you need a single custom coil or a large order,we have the expertise and experience to deliver the results you need.Feel free to click below to request a quote or contact us for design assistance.

Tension Springs(Headless)F.A.Q.

Compression springs are designed to create resistance to a compressive force.We’ve helped companies design, test,and manufacture compression springs for a wide variety of industries.Reach out to one of our engineers today and let’s get your project started.

A headless tension spring is a type of tension spring without hooks or looped ends.Instead of having specific end fittings,it has open ends that can be directly attached to other components or structures.These springs are used for applications where a simpler connection is needed.

  • Material: Choose based on the environmental conditions and mechanical requirements.
  • Shape: Consider the space constraints and the type of load the spring will handle.
  • Surface Treatment: Select based on the exposure to corrosion or wear and the need for aesthetic considerations.
  • Load and Size Requirements: Ensure the spring’s dimensions and load capacity meet the specific application needs.

Headless tension springs are typically installed by attaching the open ends to the desired components or fixtures.The installation process may involve inserting the ends into designated slots or connecting them with other mechanical fasteners,depending on the application.

  • Simplicity: They have a straightforward design without the need for additional end fittings.
  • Customization: They can be easily tailored for specific applications.
  • Cost-Effectiveness: Generally less expensive due to the simpler design.

Our Products

Spring Manufacturing Products

From the initial spring design to the manufacturing and delivery.Our best practices and quality assurance ensure you end up with the precise parts made just for your project. Every solution is designed for your needs.

Compression Springs

Compression springs are a common type of spring designed to resist compressive forces. These springs are typically coiled and are widely used in applications like automotive suspensions, industrial machinery, and electronic devices.

Die Springs

Die springs are designed for high-load applications, commonly used in stamping dies and die sets. These springs are usually made of high-strength alloy steel, providing greater resistance to compression and longer service life.

Tension Springs

Tension springs store energy when stretched and return to their original shape when released. They are commonly used in applications such as door locks, toys, and mechanical devices. Tension springs typically have hooks on both ends for attachment.

Tension Springs(Headless)

Headless tension springs are similar to regular tension springs but lack traditional hooks or ends. These springs are used in applications requiring specific attachment methods to meet design requirements.

Clock Springs

Clock springs, also known as mainsprings, are coiled springs used to store mechanical energy. They are widely used in clocks, toys, and other devices that require energy storage. These springs can be wound manually or mechanically and then release energy to power mechanical devices.

Torsion Springs

Torsion springs are designed to withstand torque or rotational force. These springs are commonly used in clips, switches, garage doors, and other devices where rotational force is applied, providing a counteracting force by twisting.

Brass Springs

Brass springs are made from brass material, offering excellent corrosion resistance and electrical conductivity. They are often used in applications requiring corrosion resistance or electrical conductivity, such as electrical switches and terminals.

Wire Forming

Wire forming include various springs and parts formed by bending metal wire into shapes. These are custom-designed for specific applications and can be made into complex shapes to fit unique mechanical or electronic devices.