Molle di torsione

In a fast-paced world, torsion springs are a vital component in many industries.

Their versatility and ability to store and release energy make them indispensable components in countless mechanical systems across different sectors.

Single Torsion Spring: MK-65MN-TS01 、MK-65MN-TS02

Double Torsion Spring: MK-65MN-TS03 、MK-65MN-TS04 、MK-65MN-TS05 、MK-65MN-TS06 、MK-65MN-TS07 、MK-65MN-TS08 、MK-65MN-TS09、MK-65MN-TS10 、MK-65MN-TS11 、MK-65MN-TS12 、MK-65MN-TS13 、MK-65MN-TS14 、MK-65MN-TS15 、MK-65MN-TS16 、MK-65MN-TS17 、MK-65MN-TS18

Custom-Shaped Torsion Spring: MK-65MN-TS19、MK-65MN-TS20、MK-65MN-TS21

  • Door hinges:

    Torsion springs are commonly used in automatic return door hinge systems,helping doors open and close smoothly while maintaining the desired position.

  • Clothespins and clamps:

    Torsion springs provide clamping force in items like clothespins and various clamps,holding objects securely in place.

  • Industria automobilistica:

    Used in car doors,trunk lids, and other components that require a return function,such as seat angle adjusters.

  • Household appliances:

    Torsion springs are used in reset functions for electrical devices,such as camera shutters,clocks, and switches.

  • Toys and consumer products:

    Torsion springs are employed in many spring-driven toys and devices to produce rotational movement or provide a return function.

Materiale
Forma
Trattamento superficiale:
  • Carbon steel: The most common spring material, offering good strength and elasticity, suitable for most general applications.
  • Stainless steel: Ideal for corrosion-resistant environments, such as humid or outdoor conditions, due to its excellent anti-corrosion properties.
  • Alloy steel: Suitable for high-stress and high-temperature environments, with high fatigue resistance and strength.
  • Phosphor bronze or beryllium copper: These materials are used in electrical equipment or applications requiring non-magnetic and corrosion-resistant properties, especially in cases where high elasticity is needed.
  • Single torsion spring: The basic design, typically spiral-shaped with each coil acting independently, used for applications requiring lower torque.
  • Double torsion spring: Composed of two independent spiral springs, capable of providing greater torque, suitable for higher load applications.
  • Conical torsion spring: Similar to the spiral design but with a tapered shape to save space and increase stability, often used in space-constrained environments.
  • Special end designs: The ends of torsion springs can be designed in various shapes (such as straight arms, hooks, or flat ends) to facilitate installation and application.
  • Galvanization: Provides rust protection, ideal for outdoor or humid environments.
  • Phosphating: Enhances wear resistance and improves the fatigue performance of the spring.
  • Nickel or chrome plating: Improves appearance and corrosion resistance, often used in high-precision and aesthetically demanding applications.
  • Electrophoretic coating: Adds an additional protective layer, especially for applications requiring specific colors or high corrosion resistance.
  • Oxidation treatment: Improves surface hardness and wear resistance, suitable for high-stress environments.

Molle di compressione

Molle di tensione

Molle di torsione

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Examples Of Our Torsion Spring

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

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Torsion Spring Quality

Highest Quality Torsion Spring Manufacturers

Reliable torsion spring operation requires the highest quality materials,precise machining,and efficient processes.Our state-of-the-art manufacturing facility,personal touch,and expertise ensure that your springs meet your exact specifications.Torsion springs are known for their reliability,and you can rely on us to bring your vision to life.

Torsion Spring Testing

Whatever Torsion Spring Products You Need, We Deliver With Quality

Test sui materiali:
Although we use only the finest spring materials, we take nothing for granted. Every spring must meet our meticulous testing standards.

Precisione dimensionale:
We measure down to the micrometer to ensure the dimensional accuracy that your product requires to not just meet operational standards, but exceed them.

Test operativi:
We subject each spring to rigorous testing to ensure optimum performance and consistency.

Quality Assurance:
Our QA department is committed to delivering excellence and providing top-of-the-line quality products.

Torsion Spring Customization

Versatility and Customization for All Torsion Spring Applications

If you need a custom spring, our experts can help you design it. Your needs may depend on your industry,target market,or other factors.Whatever your particular needs,we can supply them at the highest level.

Ensuring a torsion spring’s compliance to your specifications requires a personal touch.We pride ourselves on working directly with you to make sure that your custom springs meet every requirement,every time. When quality and personal service come together,your custom springs come out right.

Our commitment to quality and service continues from product inception to the final roll-out of your torsion spring application.Have questions?We are here to help whether you are looking to R&D a single design or get a full line of products.Whatever your needs,our manufacturing capabilities deliver. Feel free to click below to get started.

Torsion Spring F.A.Q.

We make torsion springs of any type or size that can serve a variety of industries.

A torsion spring, also known as a torque spring,is a type of coiled spring designed to store and release rotational force.When an external force is applied,the spring generates torque,and when released, it returns to its original position,providing return or rotational force.

The design of a torsion spring, including wire diameter,number of coils,arm length,and angle of rotation,directly impacts the torque it can provide and its working angle.These parameters can be adjusted to meet different mechanical requirements depending on the application.

Yes,torsion springs can be customized.Manufacturers can design and produce springs based on specific torque requirements,working angles,and space constraints provided by the customer

The manufacturing time can vary depending on the complexity and quantity of the order. However,Makeway Spring is known for its efficient production process, and we strive to deliver your springs within the agreed upon time frame.

Yes, Makeway Spring  provides various finishing options for torsion springs,including heat treatment, plating,powder coating,and more,to enhance their durability and appearance.

The lifespan of a torsion spring depends on its material,usage frequency,load,and working environment.With proper design and maintenance,high-quality torsion springs can last for hundreds of thousands of cycles or even longer.

Of course,we have two warehouses in the United States. Whether you're located in the U.S. or Canada,Makeway Spring can deliver your torsion springs directly to your doorstep.

I nostri prodotti

Prodotti per la produzione di molle

Dalla progettazione iniziale della molla alla produzione e alla consegna, le nostre best practice e il nostro controllo qualità garantiscono la consegna di componenti precisi e realizzati appositamente per il tuo progetto. Ogni soluzione è progettata per le tue esigenze.

Molle di compressione

Le molle a compressione sono un tipo comune di molla progettata per resistere alle forze di compressione. Queste molle sono tipicamente avvolte e sono ampiamente utilizzate in applicazioni come sospensioni automobilistiche, macchinari industriali e dispositivi elettronici.

Die Springs

Le molle per stampi sono progettate per applicazioni ad alto carico e sono comunemente utilizzate negli stampi per stampaggio e nei set di stampi. Queste molle sono solitamente realizzate in acciaio legato ad alta resistenza, che offre una maggiore resistenza alla compressione e una maggiore durata.

Molle di tensione

Le molle di trazione immagazzinano energia quando vengono allungate e tornano alla loro forma originale quando vengono rilasciate. Sono comunemente utilizzate in applicazioni come serrature, giocattoli e dispositivi meccanici. Le molle di trazione in genere presentano ganci su entrambe le estremità per il fissaggio.

Molle di tensione (senza testa)

Le molle di trazione senza testa sono simili alle molle di trazione tradizionali, ma sono prive di ganci o estremità tradizionali. Queste molle vengono utilizzate in applicazioni che richiedono metodi di fissaggio specifici per soddisfare i requisiti di progettazione.

Molle dell'orologio

Le molle degli orologi, note anche come molle principali, sono molle a spirale utilizzate per accumulare energia meccanica. Sono ampiamente utilizzate in orologi, giocattoli e altri dispositivi che richiedono un accumulo di energia. Queste molle possono essere caricate manualmente o meccanicamente e quindi rilasciare energia per alimentare dispositivi meccanici.

Molle di torsione

Le molle di torsione sono progettate per resistere alla coppia o alla forza rotazionale. Queste molle sono comunemente utilizzate in clip, interruttori, porte da garage e altri dispositivi in cui viene applicata una forza rotazionale, fornendo una forza di contrasto tramite torsione.

Molle in ottone

Le molle in ottone sono realizzate in ottone, materiale che offre un'eccellente resistenza alla corrosione e conduttività elettrica. Sono spesso utilizzate in applicazioni che richiedono resistenza alla corrosione o conduttività elettrica, come interruttori e terminali elettrici.

Formatura del filo

La formatura del filo comprende varie molle e parti realizzate piegando il filo metallico in forme specifiche. Sono progettate su misura per applicazioni specifiche e possono essere realizzate in forme complesse per adattarsi a dispositivi meccanici o elettronici specifici.