Designing Buildings - User contributions [en]

What Are Compression Springs? (And Their Benefits)

2019-09-18T07:55:00Z

Airedale Springs:

[[File:Compression_spring.jpg|link=File:Compression_spring.jpg]]

= Introduction =

Compression springs are the most common type of spring. They are used in a variety of applications that require resistance to compressive forces and are often placed inside a hole or over a rod. Compression springs have a number of advantages and features that make them the most popular and in-demand spring type.

= What Are Compression Springs? =

Compression springs are open-coil helical springs that offer resistance to a compressive force applied axially. One of the most efficient energy storage devices, compression springs are typically found in common everyday objects, such as watches, mattresses and mobile phones.

When pressure is applied to a compression spring, it becomes shorter and pushes back against the load, trying to get back into its original length. There are several types of compression springs, including cylindrical, conical, barrel and hourglass.

= Materials Used for Compression Springs =

Choosing the right material for compression springs is crucial. These materials need to have the ability to flex when a force is applied without breaking. For this reason, not all metals are adequate. Springs need to store energy and release it when required; this amount of energy is dependent on the size and material of the spring.

Some of the most frequently used materials for compression springs include:

* High carbon steels – The most common materials for springs, high carbon steels are suitable for both lower and higher stress applications, due to their tensile strength. Carbon steels can also receive additional protection against corrosion with a pre-galvanised coating.
* Stainless steels – When the application calls for a high degree of corrosion and heat resistance, stainless steel is often the solution. These alloys come in different grades, suitable for a variety of uses.
* Alloy steels – Chrome vanadium and chrome silicon are alloy steels ideal for chock loads, like engine valve springs.
* Non-ferrous alloys – Cold-drawn copper alloys are the materials of choice when excellent electrical conductivity, high temperatures and high resistance to corrosion are a concern.
* Hot temperature alloys – Materials such as nickel and chromium alloys are suitable for applications that require good resistance to corrosion at high temperatures.

= Applications of Compression Springs =

Compression springs are used within several different industries and sectors, such as manufacturing, transport, construction, agriculture, aerospace, defence, oil and gas, and more. They’re also found in objects used in everyday tasks. Some of the most common applications for these types of springs include the following:

* Valves
* Vehicles
* Door locks
* Railways
* Ballpoint pens
* Firearms
* Wheelchairs
* Turbines
* Engines
* Mining and drilling
* Toys
* Electronics

= Benefits of Compression Springs =

Compression springs offer many advantages to the items and mechanisms they’re a part of. Some of the key benefits of these types of springs are:

== Corrosion Resistance ==

Some materials, such as stainless steel, ensure that the compression spring has the ability to resist corrosion; some metals lack this ability, which can be improved by the addition of a zinc plating coating.

== Variety of Sizes ==

One feature that makes compression springs so popular is that they can be manufactured in different sizes, according to the specifications of a product or project.

== Vibration Reduction ==

Conical compression springs are capable of reducing vibration and resonance in the objects they’re used in.

== Fit Anywhere ==

Compression springs can fit even into very small and narrow spaces, so they don’t take up a lot of room.

== Provide Consistent Pressure ==

These springs are capable of offering constant pressure, which helps, for instance, to secure electronic contact required for circuits inside battery-operated devices. The dedicated slot for batteries in torches or toys is an example of these electrical contact springs.

== Return Object to Desired Position ==

Compression springs are also used in applications that require components or objects to return to the desired position, such as door latches.

== Cost-Effective ==

Compression springs are less costly to produce than other types of springs.

= Find Out More =

[[Compression_vs_Wave_Springs|Compression vs Wave Springs]]

[[Extension_Springs|Extension Springs]]

[[w/index.php?title=W/index.php%3Ftitle%3DConstant-Force_Springs_and_Why_Theyre_Important%26action%3Dedit%26redlink%3D1&action=edit&redlink=1|Constant-Force Springs and Why They’re Important]]

[[Torsion_Springs_and_Their_Benefits|Torsion Springs and Their Benefits]]

[[Die_springs|Die springs]]

[[The_importance_of_gas_springs|The importance of gas springs]]

[[Springs_in_Structures|Springs in Structures]]

[[Flat_springs|Flat springs]]

--[[User:Airedale_Springs|Airedale Springs]] 08:54, 18 Sep 2019 (BST)

[[Category:Products_/_components]]

What Are Compression Springs? (And Their Benefits)

2019-09-18T07:54:40Z

Airedale Springs:

[[File:Compression_spring.jpg|link=File:Compression_spring.jpg]]

= Introduction =

Compression springs are the most common type of spring. They are used in a variety of applications that require resistance to compressive forces and are often placed inside a hole or over a rod. Compression springs have a number of advantages and features that make them the most popular and in-demand spring type.

= What Are Compression Springs? =

Compression springs are open-coil helical springs that offer resistance to a compressive force applied axially. One of the most efficient energy storage devices, compression springs are typically found in common everyday objects, such as watches, mattresses and mobile phones.

When pressure is applied to a compression spring, it becomes shorter and pushes back against the load, trying to get back into its original length. There are several types of compression springs, including cylindrical, conical, barrel and hourglass.

= Materials Used for Compression Springs =

Choosing the right material for compression springs is crucial. These materials need to have the ability to flex when a force is applied without breaking. For this reason, not all metals are adequate. Springs need to store energy and release it when required; this amount of energy is dependent on the size and material of the spring.

Some of the most frequently used materials for compression springs include:

* High carbon steels – The most common materials for springs, high carbon steels are suitable for both lower and higher stress applications, due to their tensile strength. Carbon steels can also receive additional protection against corrosion with a pre-galvanised coating.
* Stainless steels – When the application calls for a high degree of corrosion and heat resistance, stainless steel is often the solution. These alloys come in different grades, suitable for a variety of uses.
* Alloy steels – Chrome vanadium and chrome silicon are alloy steels ideal for chock loads, like engine valve springs.
* Non-ferrous alloys – Cold-drawn copper alloys are the materials of choice when excellent electrical conductivity, high temperatures and high resistance to corrosion are a concern.
* Hot temperature alloys – Materials such as nickel and chromium alloys are suitable for applications that require good resistance to corrosion at high temperatures.

= Applications of Compression Springs =

Compression springs are used within several different industries and sectors, such as manufacturing, transport, construction, agriculture, aerospace, defence, oil and gas, and more. They’re also found in objects used in everyday tasks. Some of the most common applications for these types of springs include the following:

* Valves
* Vehicles
* Door locks
* Railways
* Ballpoint pens
* Firearms
* Wheelchairs
* Turbines
* Engines
* Mining and drilling
* Toys
* Electronics

= Benefits of Compression Springs =

Compression springs offer many advantages to the items and mechanisms they’re a part of. Some of the key benefits of these types of springs are:

== Corrosion Resistance ==

Some materials, such as stainless steel, ensure that the compression spring has the ability to resist corrosion; some metals lack this ability, which can be improved by the addition of a zinc plating coating.

== Variety of Sizes ==

One feature that makes compression springs so popular is that they can be manufactured in different sizes, according to the specifications of a product or project.

== Vibration Reduction ==

Conical compression springs are capable of reducing vibration and resonance in the objects they’re used in.

== Fit Anywhere ==

Compression springs can fit even into very small and narrow spaces, so they don’t take up a lot of room.

== Provide Consistent Pressure ==

These springs are capable of offering constant pressure, which helps, for instance, to secure electronic contact required for circuits inside battery-operated devices. The dedicated slot for batteries in torches or toys is an example of these electrical contact springs.

== Return Object to Desired Position ==

Compression springs are also used in applications that require components or objects to return to the desired position, such as door latches.

== Cost-Effective ==

Compression springs are less costly to produce than other types of springs.

= Find Out More =

[[Compression_vs_Wave_Springs|Compression vs Wave Springs]]

[[Extension_Springs|Extension Springs]]

[[w/index.php?title=Constant-Force_Springs_and_Why_Theyre_Important&action=edit&redlink=1|Constant-Force Springs and Why They’re Important]]

[[Torsion_Springs_and_Their_Benefits|Torsion Springs and Their Benefits]]

[[Die_springs|Die springs]]

[[The_importance_of_gas_springs|The importance of gas springs]]

[[Springs_in_Structures|Springs in Structures]]

[[Flat_springs|Flat springs]]

--[[User:Airedale_Springs|Airedale Springs]] 08:54, 18 Sep 2019 (BST)

[[Category:Products_/_components]]

What Are Compression Springs? (And Their Benefits)

2019-09-18T07:54:09Z

Airedale Springs: Created page with "File:Compression spring.jpg = Introduction = Compression springs are the most common type of spring. They are used in a variety of applications that require resistance to c..."

[[File:Compression spring.jpg]]

= Introduction =

Compression springs are the most common type of spring. They are used in a variety of applications that require resistance to compressive forces and are often placed inside a hole or over a rod. Compression springs have a number of advantages and features that make them the most popular and in-demand spring type.

= What Are Compression Springs? =

Compression springs are open-coil helical springs that offer resistance to a compressive force applied axially. One of the most efficient energy storage devices, compression springs are typically found in common everyday objects, such as watches, mattresses and mobile phones.

When pressure is applied to a compression spring, it becomes shorter and pushes back against the load, trying to get back into its original length. There are several types of compression springs, including cylindrical, conical, barrel and hourglass.

= Materials Used for Compression Springs =

Choosing the right material for compression springs is crucial. These materials need to have the ability to flex when a force is applied without breaking. For this reason, not all metals are adequate. Springs need to store energy and release it when required; this amount of energy is dependent on the size and material of the spring.

Some of the most frequently used materials for compression springs include:

* High carbon steels – The most common materials for springs, high carbon steels are suitable for both lower and higher stress applications, due to their tensile strength. Carbon steels can also receive additional protection against corrosion with a pre-galvanised coating.
* Stainless steels – When the application calls for a high degree of corrosion and heat resistance, stainless steel is often the solution. These alloys come in different grades, suitable for a variety of uses.
* Alloy steels – Chrome vanadium and chrome silicon are alloy steels ideal for chock loads, like engine valve springs.
* Non-ferrous alloys – Cold-drawn copper alloys are the materials of choice when excellent electrical conductivity, high temperatures and high resistance to corrosion are a concern.
* Hot temperature alloys – Materials such as nickel and chromium alloys are suitable for applications that require good resistance to corrosion at high temperatures.

= Applications of Compression Springs =

Compression springs are used within several different industries and sectors, such as manufacturing, transport, construction, agriculture, aerospace, defence, oil and gas, and more. They’re also found in objects used in everyday tasks. Some of the most common applications for these types of springs include the following:

* Valves
* Vehicles
* Door locks
* Railways
* Ballpoint pens
* Firearms
* Wheelchairs
* Turbines
* Engines
* Mining and drilling
* Toys
* Electronics

= Benefits of Compression Springs =

Compression springs offer many advantages to the items and mechanisms they’re a part of. Some of the key benefits of these types of springs are:

== Corrosion Resistance ==

Some materials, such as stainless steel, ensure that the compression spring has the ability to resist corrosion; some metals lack this ability, which can be improved by the addition of a zinc plating coating.

== Variety of Sizes ==

One feature that makes compression springs so popular is that they can be manufactured in different sizes, according to the specifications of a product or project.

== Vibration Reduction ==

Conical compression springs are capable of reducing vibration and resonance in the objects they’re used in.

== Fit Anywhere ==

Compression springs can fit even into very small and narrow spaces, so they don’t take up a lot of room.

== Provide Consistent Pressure ==

These springs are capable of offering constant pressure, which helps, for instance, to secure electronic contact required for circuits inside battery-operated devices. The dedicated slot for batteries in torches or toys is an example of these electrical contact springs.

== Return Object to Desired Position ==

Compression springs are also used in applications that require components or objects to return to the desired position, such as door latches.

== Cost-Effective ==

Compression springs are less costly to produce than other types of springs.

= Find Out More =

[[Compression_vs_Wave_Springs|Compression vs Wave Springs]]

[[Extension_Springs|Extension Springs]]

[[Constant-Force_Springs_and_Why_Theyre_Important|Constant-Force Springs and Why They’re Important]]

[[Torsion_Springs_and_Their_Benefits|Torsion Springs and Their Benefits]]

[[Die_springs|Die springs]]

[[The_importance_of_gas_springs|The importance of gas springs]]

[[Springs_in_Structures|Springs in Structures]]

[[Flat_springs|Flat springs]]

--[[User:Airedale Springs|Airedale Springs]] 08:54, 18 Sep 2019 (BST)

[[Category:Products_/_components]]

File:Compression spring.jpg

2019-09-18T07:49:03Z

Airedale Springs: uploaded a new version of "File:Compression spring.jpg"

Extension Springs

2018-06-01T09:05:50Z

Airedale Springs:

= Introduction =

A wide range of springs are available for use in a huge number of applications, many which are not obvious. Extensions springs are just one of the types of springs that are used in everyday objects.

Extension springs are wound particularly tightly, meaning that they are loaded in tension. On each end of the spring, there is a hook or a loop, so when something is attached to each end of the spring, tension is applied and the spring attempts to bring the two items back together.

When pressure is applied to either end of the spring, the spring extends with differing tension dependent on the manipulation of the tension of the wind.

[[File:Prison-Springsshopped-220x146.jpg|link=File:Prison-Springsshopped-220x146.jpg]]

= Materials =

Just as with other types of springs, extension springs can be made from a range of materials including:

* High carbon steel.
* Stainless steel.
* Alloy steels.
* Non-ferrous alloys.
* High-temperature alloys.

These materials have different properties, so will be chosen according to the requirements of the spring.

= Application 1: Trampolines =

Extension springs are commonly used in trampolines due to their energy-storing properties. As the net of the trampoline has pressure applied by the weight of a person, tension is applied to the spring which then attempts to snap back into its original position. This allows for the action of bouncing on the trampoline.

= Application 2: Toys =

Very small extension springs may be used in toys that feature a throwing mechanism. The mechanism may allow for a part of the toy to be pulled back, with the release expelling enough energy to launch the item thrown by the toy.

= Application 3: Prison Springs =

A slightly different form of extension spring is the drawbar spring. This spring has three parts with two ‘U’ shaped wire forms being inserted into the middle of the extension spring. If the two ends of the wire forms are pulled apart, the spring is compressed. This means that there is a limit to the compression, thus making it a particularly safe spring to use in applications where this must be limited. For example, they may be used to hold safety netting between landings in prisons. The design of the spring means that should someone fall onto the netting, there would be enough movement in the spring to allow for some movement, but the spring could not extend completely which could cause the netting to collapse.

= Find Out More =

Related articles on Designing Buildings Wiki

* Compression Springs
* E-spring
* Spring materials.
* [[Key_Qualities_of_Springs|Key Qualities of Springs]]
* [[Spotlight_on_Compression_Springs|Spotlight on Compression Springs]]
* [[History_of_the_Spring|History of the Spring]]
* [[Spotlight_On:_Flat_Springs|Spotlight On: Flat Springs]]
* [[The_Multiple_Uses_of_Compression_Springs|The Multiple Uses of Compression Springs]]
* [[The_Difference_Between_Tension_and_Torsion_Springs|The Difference Between Tension and Torsion Springs]]
* [[The_Properties_of_Die_Springs|The Properties of Die Springs]]
* [[Torsion_Springs_and_Their_Benefits|Torsion Springs and Their Benefits]]
* [[Springs_in_Structures|Springs in Structures]]

--[[User:Airedale_Springs|Airedale Springs]] 10:35, 20 Sep 2017 (BST)

[[Category:Products_/_components]]

Torsion Springs and Their Benefits

2018-06-01T08:54:31Z

Airedale Springs:

[[File:Watch.jpg|link=File:Watch.jpg]]

= Introduction =

Torsion springs are widely used in many different industries, from construction and rail to architecture and aerospace. Their helical design allows them to exert rotary force and is ideal for when there is a need for angular movement with the legs of the spring attached to other components.

= What are Torsion Springs? =

These springs can store and release angular energy or just hold a mechanism in place. They are made to provide or maintain a rotational pressure between two surfaces by allowing components to rotate around the centre of the spring, which attempts to push them back to their original position. In a general manner, torsion springs should be created to spring in the opposite direction as the coil, as they will not be able to withstand heavier weights if otherwise.

However, because there are so many different designs, they are capable of meeting many different requirements and fit a wealth of applications.

= Materials Used for Torsion Springs =

A lot of materials have the ability to bend without breaking, while others do not. It is crucial that the materials chosen for springs, including for torsion springs, can flex without breaking. Some of the most common materials for springs include (but are not limited to):

* High carbon steels – the most common materials for springs. They might need extra corrosive protection like pre-galvanised coating.
* Stainless steels – perhaps the most important alloy steel for springs, stainless steel has a high degree of corrosion and heat resistance.
* Alloy steels – common alloy steels include chrome vanadium and chrome silicon. They’re suitable for shock loads, such as engine valve springs.
* Non-ferrous alloys – these alloys are best suited for applications that require good electrical conductivity.
* High-temperature alloys – metals like cold drawn nickel and chromium alloys are suitable for applications that need good corrosion resistance at elevated temperatures.

= Applications of Torsion Springs =

Torsion springs can be used in a wide variety of circumstances, objects and mechanisms. They are common in everyday objects as well. Amongst some of their most popular applications are clothespins, door hinges, paper cutters, vehicle suspensions, watches, clipboards, mousetraps, switches, and much more.

= Advantages of Torsion Springs =

Torsion springs provide many benefits to the objects and mechanisms they are used in, which adds to their popularity. Key benefits of these springs include:

* Durable – they last for a long time and provide good value for money
* Easy to use – for example, torsion springs can be adjusted easily in vehicles
* Small – the relatively small size of torsion springs allows them to fit many applications, even with limited space

= Find Out More =

=== Related articles on Designing Buildings Wiki ===

* Compression springs.
* Flat springs.
* Key Qualities of Springs.
* The Importance of Gas Springs.
* [[Large_and_Hot_Coiled_Compression_Springs|Large and Hot Coiled Compression Springs]]
* [[Springs_in_Structures|Springs in Structures]]
* [[The_Multiple_Uses_of_Compression_Springs|The Multiple Uses of Compression Springs]]
* [[The_Properties_of_Die_Springs|The Properties of Die Springs]]
* [[Tension_springs_v_torsion_springs|Tension springs v torsion springs]]
* [[The_Difference_Between_Tension_and_Torsion_Springs|The Difference Between Tension and Torsion Springs]]

[[Category:Products_/_components]]

Extension Springs

2018-06-01T08:36:59Z

Airedale Springs:

= Introduction =

A wide range of springs are available for use in a huge number of applications, many which are not obvious. Extensions springs are just one of the types of springs that are used in everyday objects.

Extension springs are wound particularly tightly, meaning that they are loaded in tension. On each end of the spring, there is a hook or a loop, so when something is attached to each end of the spring, tension is applied and the spring attempts to bring the two items back together.

When pressure is applied to either end of the spring, the spring extends with differing tension dependent on the manipulation of the tension of the wind.

[[File:Prison-Springsshopped-220x146.jpg|link=File:Prison-Springsshopped-220x146.jpg]]

= Materials =

Just as with other types of springs, extension springs can be made from a range of materials including:

* High carbon steel.
* Stainless steel.
* Alloy steels.
* Non-ferrous alloys.
* High-temperature alloys.

These materials have different properties, so will be chosen according to the requirements of the spring.

= Application 1: Trampolines =

Extension springs are commonly used in trampolines due to their energy-storing properties. As the net of the trampoline has pressure applied by the weight of a person, tension is applied to the spring which then attempts to snap back into its original position. This allows for the action of bouncing on the trampoline.

= Application 2: Toys =

Very small extension springs may be used in toys that feature a throwing mechanism. The mechanism may allow for a part of the toy to be pulled back, with the release expelling enough energy to launch the item thrown by the toy.

= Application 3: Prison Springs =

A slightly different form of extension spring is the drawbar spring. This spring has three parts with two ‘U’ shaped wire forms being inserted into the middle of the extension spring. If the two ends of the wire forms are pulled apart, the spring is compressed. This means that there is a limit to the compression, thus making it a particularly safe spring to use in applications where this must be limited. For example, they may be used to hold safety netting between landings in prisons. The design of the spring means that should someone fall onto the netting, there would be enough movement in the spring to allow for some movement, but the spring could not extend completely which could cause the netting to collapse.

= Find Out More =

Related articles on Designing Buildings Wiki

* Compression Springs
* E-spring
* Spring materials.
* [[Key_Qualities_of_Springs|Key Qualities of Springs]]
* [[Spotlight_on_Compression_Springs|Spotlight on Compression Springs]]
* [[History_of_the_Spring|History of the Spring]]
* [[Spotlight_On:_Flat_Springs|Spotlight On: Flat Springs]]
* [[The_Multiple_Uses_of_Compression_Springs|The Multiple Uses of Compression Springs]]
* [[The_Difference_Between_Tension_and_Torsion_Springs|The Difference Between Tension and Torsion Springs]]
* [[The_Properties_of_Die_Springs|The Properties of Die Springs]]

--[[User:Airedale_Springs|Airedale Springs]] 10:35, 20 Sep 2017 (BST)

[[Category:Products_/_components]]

Extension Springs

2017-09-20T09:35:26Z

Airedale Springs: Created page with "= Introduction = A variety of different types of springs are used in a huge number of applications, many which are not obvious. Extensions springs are just one of many different..."

= Introduction =

A variety of different types of springs are used in a huge number of applications, many which are not obvious. Extensions springs are just one of many different types of springs that are used in everyday objects.

The extension springs is wound particularly tightly, meaning that they are loaded in tension. On each end of the spring, there is a hook or a loop, so when something is attached to each end of the spring, tension is applied and the spring attempts to bring the two items back together.

When pressure is applied to either end of the spring, the spring extends with differing tension dependent on the manipulation of the tension of the wind.

= Materials =

Just as with other types of springs, extension springs can be made from a range of different materials including:

* High Carbon Steels
* [https://www.designingbuildings.co.uk/wiki/Stainless_steel_in_construction Stainless Steels]
* Alloy Steels
* Non-Ferrous Alloys
* High-Temperature Alloys

These materials have different properties, so will be chosen according to the requirements of the spring.

= Application 1: Trampolines =

Extension springs are commonly used in trampolines due to their energy-storing properties. As the net of the trampoline has pressure applied by the weight of a person, tension is applied to the spring which then attempts to snap back into its original position. This is what allows for the action of bouncing on the trampoline.

= Application 2: Toys =

Very small extension springs may be used in toys that feature a throwing mechanism. The mechanism may allow for a part of the toy to be pulled back and the release expelling enough energy to launch the item thrown by the toy.

= Application 3: Prison Springs =

[[File:Prison-Springsshopped-220x146.jpg]]

A slightly different form of extension spring is the drawbar spring. This spring has three parts with two ‘U’ shaped wire forms being inserted into the middle of the extension spring. If the two ends of the wire forms are pulled apart, the spring is compressed. This means that there is a limit to the compression, thus making it a particularly safe spring to use in applications where this must be limited. For example, they may be used to hold safety netting between landings in prisons. The design of the spring means that should someone fall onto the netting, there would be enough movement in the spring to allow for some movement, but the spring could not extend completely which could cause the netting to collapse.

= Find Out More =

Related articles on Designing Buildings Wiki

* [https://www.designingbuildings.co.uk/wiki/Compression_springs Compression Springs]
* [https://www.designingbuildings.co.uk/wiki/E-spring E-spring]

--[[User:Airedale Springs|Airedale Springs]] 10:35, 20 Sep 2017 (BST)

[[Category:Products_/_components]]

File:Prison-Springsshopped-220x146.jpg

2017-09-20T09:32:35Z

Airedale Springs:

Torsion Springs and Their Benefits

2017-07-27T10:24:13Z

Airedale Springs:

[[File:Watch.jpg|link=File:Watch.jpg]]

= Introduction =

Torsion springs are widely used in many different industries, from construction and rail to architecture and aerospace. Their helical design allows them to exert rotary force and is ideal for when there is a need for angular movement with the legs of the spring attached to other components.

= What are Torsion Springs? =

These springs can store and release angular energy or just hold a mechanism in place. They are made to provide or maintain a rotational pressure between two surfaces by allowing components to rotate around the centre of the spring, which attempts to push them back to their original position. In a general manner, torsion springs should be created to spring in the opposite direction as the coil, as they will not be able to withstand heavier weights if otherwise.

However, because there are so many different designs, they are capable of meeting many different requirements and fit a wealth of applications.

= Materials Used for Torsion Springs =

A lot of materials have the ability to bend without breaking, while others do not. It is crucial that the materials chosen for springs, including for torsion springs, can flex without breaking. Some of the most common materials for springs include (but are not limited to):

* High carbon steels – the most common materials for springs. They might need extra corrosive protection like pre-galvanised coating.
* Stainless steels – perhaps the most important alloy steel for springs, stainless steel has a high degree of corrosion and heat resistance.
* Alloy steels – common alloy steels include chrome vanadium and chrome silicon. They’re suitable for shock loads, such as engine valve springs.
* Non-ferrous alloys – these alloys are best suited for applications that require good electrical conductivity.
* High-temperature alloys – metals like cold drawn nickel and chromium alloys are suitable for applications that need good corrosion resistance at elevated temperatures.

= Applications of Torsion Springs =

Torsion springs can be used in a wide variety of circumstances, objects and mechanisms. They are common in everyday objects as well. Amongst some of their most popular applications are clothespins, door hinges, paper cutters, vehicle suspensions, watches, clipboards, mousetraps, switches, and much more.

= Advantages of Torsion Springs =

Torsion springs provide many benefits to the objects and mechanisms they are used in, which adds to their popularity. Key benefits of these springs include:

* Durable – they last for a long time and provide good value for money
* Easy to use – for example, torsion springs can be adjusted easily in vehicles
* Small – the relatively small size of torsion springs allows them to fit many applications, even with limited space

= Find Out More =

[[Compression_springs|Compression springs]]

[[Key_Qualities_of_Springs|Key Qualities of Springs]]

[[The_Importance_of_Gas_Springs|The Importance of Gas Springs]]

Torsion Springs and Their Benefits

2017-07-27T10:10:33Z

Airedale Springs: Protected "Torsion Springs and Their Benefits" ([edit=author] (indefinite))

[[File:Watch.jpg|link=File:Watch.jpg]]

= Introduction =

Torsion springs are widely used in many different industries, from construction and rail to architecture and aerospace. Their helical design allows them to exert rotary force and is ideal for when there is a need for angular movement with the legs of the spring attached to other components.

= What are Torsion Springs? =

These springs can store and release angular energy or just hold a mechanism in place. They are made to provide or maintain a rotational pressure between two surfaces by allowing components to rotate around the centre of the spring, which attempts to push them back to their original position. In a general manner, torsion springs should be created to spring in the opposite direction as the coil, as they will not be able to withstand heavier weights if otherwise.

However, because there are so many different designs, they are capable of meeting many different requirements and fit a wealth of applications.

= Materials Used for Torsion Springs =

A lot of materials have the ability to bend without breaking, while others do not. It is crucial that the materials chosen for springs, including for torsion springs, can flex without breaking. Some of the most common materials for springs include (but are not limited to):

* High carbon steels – the most common materials for springs. They might need extra corrosive protection like pre-galvanised coating.
* Stainless steels – perhaps the most important alloy steel for springs, stainless steel has a high degree of corrosion and heat resistance.
* Alloy steels – common alloy steels include chrome vanadium and chrome silicon. They’re suitable for shock loads, such as engine valve springs.
* Non-ferrous alloys – these alloys are best suited for applications that require good electrical conductivity.
* High-temperature alloys – metals like cold drawn nickel and chromium alloys are suitable for applications that need good corrosion resistance at elevated temperatures.

= Applications of Torsion Springs =

Torsion springs can be used in a wide variety of circumstances, objects and mechanisms. They are common in everyday objects as well. Amongst some of their most popular applications are clothespins, door hinges, paper cutters, vehicle suspensions, watches, clipboards, mousetraps, switches, and much more.

= Advantages of Torsion Springs =

Torsion springs provide many benefits to the objects and mechanisms they are used in, which adds to their popularity. Key benefits of these springs include:

* Durable – they last for a long time and provide good value for money
* Easy to use – for example, torsion springs can be adjusted easily in vehicles
* Small – the relatively small size of torsion springs allows them to fit many applications, even with limited space

= Find Out More =

[[Compression_springs|Compression springs]]

[[Key_Qualities_of_Springs|Key Qualities of Springs]]

[[The_Importance_of_Gas_Springs|The Importance of Gas Springs]]

--[[User:Airedale Springs|Airedale Springs]] 11:10, 27 Jul 2017 (BST)

Torsion Springs and Their Benefits

2017-07-27T10:10:16Z

Airedale Springs:

[[File:Watch.jpg|link=File:Watch.jpg]]

= Introduction =

Torsion springs are widely used in many different industries, from construction and rail to architecture and aerospace. Their helical design allows them to exert rotary force and is ideal for when there is a need for angular movement with the legs of the spring attached to other components.

= What are Torsion Springs? =

These springs can store and release angular energy or just hold a mechanism in place. They are made to provide or maintain a rotational pressure between two surfaces by allowing components to rotate around the centre of the spring, which attempts to push them back to their original position. In a general manner, torsion springs should be created to spring in the opposite direction as the coil, as they will not be able to withstand heavier weights if otherwise.

However, because there are so many different designs, they are capable of meeting many different requirements and fit a wealth of applications.

= Materials Used for Torsion Springs =

A lot of materials have the ability to bend without breaking, while others do not. It is crucial that the materials chosen for springs, including for torsion springs, can flex without breaking. Some of the most common materials for springs include (but are not limited to):

* High carbon steels – the most common materials for springs. They might need extra corrosive protection like pre-galvanised coating.
* Stainless steels – perhaps the most important alloy steel for springs, stainless steel has a high degree of corrosion and heat resistance.
* Alloy steels – common alloy steels include chrome vanadium and chrome silicon. They’re suitable for shock loads, such as engine valve springs.
* Non-ferrous alloys – these alloys are best suited for applications that require good electrical conductivity.
* High-temperature alloys – metals like cold drawn nickel and chromium alloys are suitable for applications that need good corrosion resistance at elevated temperatures.

= Applications of Torsion Springs =

Torsion springs can be used in a wide variety of circumstances, objects and mechanisms. They are common in everyday objects as well. Amongst some of their most popular applications are clothespins, door hinges, paper cutters, vehicle suspensions, watches, clipboards, mousetraps, switches, and much more.

= Advantages of Torsion Springs =

Torsion springs provide many benefits to the objects and mechanisms they are used in, which adds to their popularity. Key benefits of these springs include:

* Durable – they last for a long time and provide good value for money
* Easy to use – for example, torsion springs can be adjusted easily in vehicles
* Small – the relatively small size of torsion springs allows them to fit many applications, even with limited space

= Find Out More =

[[Compression_springs|Compression springs]]

[[Key_Qualities_of_Springs|Key Qualities of Springs]]

[[The_Importance_of_Gas_Springs|The Importance of Gas Springs]]

--[[User:Airedale Springs|Airedale Springs]] 11:10, 27 Jul 2017 (BST)

Torsion Springs and Their Benefits

2017-07-27T10:08:39Z

Airedale Springs: Created page with "File:Watch.jpg = Introduction = Torsion springs are widely used in many different industries, from construction and rail to architecture and aerospace. Their helical design..."

[[File:Watch.jpg]]

= Introduction =

Torsion springs are widely used in many different industries, from construction and rail to architecture and aerospace. Their helical design allows them to exert rotary force and is ideal for when there is a need for angular movement with the legs of the spring attached to other components.

= What are Torsion Springs? =

These springs can store and release angular energy or just hold a mechanism in place. They are made to provide or maintain a rotational pressure between two surfaces by allowing components to rotate around the centre of the spring, which attempts to push them back to their original position. In a general manner, torsion springs should be created to spring in the opposite direction as the coil, as they will not be able to withstand heavier weights if otherwise.

However, because there are so many different designs, they are capable of meeting many different requirements and fit a wealth of applications.

= Materials Used for Torsion Springs =

A lot of materials have the ability to bend without breaking, while others do not. It is crucial that the materials chosen for springs, including for torsion springs, can flex without breaking. Some of the most common materials for springs include (but are not limited to):

* High carbon steels – the most common materials for springs. They might need extra corrosive protection like pre-galvanised coating.
* Stainless steels – perhaps the most important alloy steel for springs, stainless steel has a high degree of corrosion and heat resistance.
* Alloy steels – common alloy steels include chrome vanadium and chrome silicon. They’re suitable for shock loads, such as engine valve springs.
* Non-ferrous alloys – these alloys are best suited for applications that require good electrical conductivity.
* High-temperature alloys – metals like cold drawn nickel and chromium alloys are suitable for applications that need good corrosion resistance at elevated temperatures.

= Applications of Torsion Springs =

Torsion springs can be used in a wide variety of circumstances, objects and mechanisms. They are common in everyday objects as well. Amongst some of their most popular applications are clothespins, door hinges, paper cutters, vehicle suspensions, watches, clipboards, mousetraps, switches, and much more.

= Advantages of Torsion Springs =

Torsion springs provide many benefits to the objects and mechanisms they are used in, which adds to their popularity. Key benefits of these springs include:

* Durable – they last for a long time and provide good value for money
* Easy to use – for example, torsion springs can be adjusted easily in vehicles
* Small – the relatively small size of torsion springs allows them to fit many applications, even with limited space

--[[User:Airedale Springs|Airedale Springs]] 11:08, 27 Jul 2017 (BST)

[[Compression_springs|Compression springs]]

[[Key_Qualities_of_Springs|Key Qualities of Springs]]

[[The_Importance_of_Gas_Springs|The Importance of Gas Springs]]

File:Watch.jpg

2017-07-27T10:07:42Z

Airedale Springs: