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How do I make my springs less springy?
Registered. Heating the spring will only soften the metal not give you a softer spring,the only way to achieve a softer spring within the same overall dimensions is to use a smaller gauge wire.
How do you make a weak spring?
If you make the wire diameter larger, you will make the spring stronger and if you make it smaller, you will make it weaker. This is because, by making the wire diameter larger, you are also making the spring’s coils tighter which reduces the spring index.
Does stretching a spring weaken it?
1 Answer. You may stretch or compress a spring beyond a certain point that its deformation will occur. On subsequent release of the stress, the spring will return to a permanently deformed shape.
How do you change the stiffness of a spring?
If you lower the amount of coils, you’ll increase the spring stiffness which is the spring’s rate. If you adjust the outer diameter or the wire diameter, you will affect spring’s force and stiffness as well.
What factors affect the spring constant?
- Wire diameter: the diameter of the wire comprising the spring.
- Coil diameter: the diameter of each coil, measuring the tightness of the coil.
- Free length: the length of the spring when at rest.
How does wire diameter affect spring constant?
Spring constant is a measure of the stiffness of the spring. If the thickness of the wire is increased then the spring constant increases. With an increase in the diameter of the coil of the spring constant decreases.
Do springs get harder to compress?
Yup. The springs will become harder over time due to the constant flexing.
Do springs relax over time?
Relaxation of springs is a function of a fairly high stress (but usually lower that required to cause set) over a period of time. A spring held at a certain stress will actually relax more in a given time than a spring cycled between that stress and a lower stress.
Can a spring be over compressed?
When a spring has just the right dimensions and elasticity, it can safely be compressed all the way. Other designs may be so stiff or sturdy that if you try to do this, they will break.
Do springs wear from being compressed?
Do Springs Wear Out from Being Compressed? If a spring’s elastic limit is exceeded by using too much force on the spring, then a spring will become deformed and worn out.
Can you heat a spring?
Manufacturing or coiling the spring can be done with either cold or heated wire.
How do you bend the end of a spring?
Grip one side of the spring 180 degrees from the end with a pipe wrench that is tight enough to keep the coils from slipping. Grip the last half of the spring wire. Then, push down on the pipe wrench and the vise-grip at the same time. After shortening and bending the spring, reinstall the cone in the spring.
Make Springs Stronger – The Spring Store
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How to Stretch a Tight Spring (tension spring) – YouTube
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- Most searched keywords: Whether you are looking for How to Stretch a Tight Spring (tension spring) – YouTube Updating Do you need to stretch out a spring to attach or reattach it? When I fixed my couch, I couldn’t reconnect the tension spring. Here’s a tension spring: http:/…stretch a spring, stretch a tight spring, stretch a tension spring, fix couch spring, reconnect spring, reattach spring, easy method to stretch spring, connect tension spring, spring expander, DIY
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What happens to a spring’s force if you stretch it more? | Socratic
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- Most searched keywords: Whether you are looking for What happens to a spring’s force if you stretch it more? | Socratic Updating You may stretch or compress a spring beyond a certain point that its deformation will occur. On subsequent release of the stress, the spring will return to a permanently deformed shape. Whenever a force is applied on a spring, tied at one end, either to stretch it or to compress it, a reaction force comes into play which tries to oppose the change. This force is exerted by the spring on whatever is pulling its free end. This is known as Hooke’s law and stated mathematically Reaction Force F=-kX, where k is constant which is characteristic of the spring’s stiffness, and X is the change in the length of the spring. -ve sign indicates that restoring force acts opposite to the deformation of the spring. The relationship holds good so long X is small compared to the total possible deformation of the spring. Alternatively the relationship between applied force and amount of elongation/compression is F=kX In the picture above the red line depicts a Plot of applied force F vs. elongation/compression X for a helical spring according to Hooke’s law. Actual plot might look like the dashed line. Lower part of pictures correspond to various points of the plot. At middle point the spring is in the relaxed state i.e., zero force. If too much force is applied, one may stretch or compress a spring beyond a certain point that its deformation will occur. On subsequent release of the stress, the spring will return to a permanently deformed shape which will be different from its original shape.
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Can I weaken a coil spring consisting of spring steel? – Engineering Stack Exchange
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- Summary of article content: Articles about Can I weaken a coil spring consisting of spring steel? – Engineering Stack Exchange Doing your own heat-treatment could work ; simple enough to try : Heat to orange in a gas flame ( 1600 F +/-) hold time – a couple seconds , … …
- Most searched keywords: Whether you are looking for Can I weaken a coil spring consisting of spring steel? – Engineering Stack Exchange Doing your own heat-treatment could work ; simple enough to try : Heat to orange in a gas flame ( 1600 F +/-) hold time – a couple seconds , …
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Make Springs Stronger – The Spring Store
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- Summary of article content: Articles about Make Springs Stronger – The Spring Store If you make the wire diameter larger, you will make the spring stronger and if you make it smaller, you will make it weaker. This is because, by making the wire … …
- Most searched keywords: Whether you are looking for Make Springs Stronger – The Spring Store If you make the wire diameter larger, you will make the spring stronger and if you make it smaller, you will make it weaker. This is because, by making the wire … How can you make a spring stronger? Learn how to adjust the metal spring design to be stronger or weaker.make springs stronger, spring force, spring rate, elastic limit of springs,
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Reducing the stiffness of a spring? | Physics Forums
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- Summary of article content: Articles about Reducing the stiffness of a spring? | Physics Forums 2: Heat it and either air-cool or quench it. I suspect quenching would make it harder. I also have ovens which can achieve 900°C, and can … …
- Most searched keywords: Whether you are looking for Reducing the stiffness of a spring? | Physics Forums 2: Heat it and either air-cool or quench it. I suspect quenching would make it harder. I also have ovens which can achieve 900°C, and can … I have a spring which I am using to cushion a simple device, but it has proven to be too stiff for the purpose. Is there a way to reduce the stiffness of a…
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How to weaken a spring…??
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shortening or weakening a spring | Home Model Engine Machinist Forum
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- Summary of article content: Articles about shortening or weakening a spring | Home Model Engine Machinist Forum I’m not set up to do controlled heat treating so I would like to make a longer spring shorter but i don’t want to loose that nice transition … …
- Most searched keywords: Whether you are looking for shortening or weakening a spring | Home Model Engine Machinist Forum I’m not set up to do controlled heat treating so I would like to make a longer spring shorter but i don’t want to loose that nice transition … I need a spring for a push button. I can find the right length but not the right strength or I can find the strength i need but not short enough. I’m not…
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How do you weaken a stiff spring?
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Make Springs Stronger
After sorting the products in the order of your choosing, you can start looking through the list to decide which spring will work best. You can find the spring based on the maximum load or the maximum deflection. When you find the spring that meets your load and travel requirements, you can then check whether the spring rate meets your working loads. Furthermore, you can check pricing at different quantities by clicking on the Quick View icon.
If you still need help deciding select your springs and “Add to Compare” by clicking on the icon of two circles joined together on each product. This is to be able to compare them side by side in a more efficient manner. To enter the Compare Products page, find the link at the top of the page. Then, just quickly add them to your cart to complete your order. If you need further assistance finding your springs, you may contact our team of experts to help you out. Our engineers can help answer your questions and assist you in finding the correct spring for your application.
What happens to a spring’s force if you stretch it more?
Whenever a force is applied on a spring, tied at one end, either to stretch it or to compress it, a reaction force comes into play which tries to oppose the change. This force is exerted by the spring on whatever is pulling its free end.
This is known as Hooke’s law and stated mathematically
Reaction Force #F=-kX# ,
where #k# is constant which is characteristic of the spring’s stiffness, and #X# is the change in the length of the spring. #-ve# sign indicates that restoring force acts opposite to the deformation of the spring.
The relationship holds good so long #X# is small compared to the total possible deformation of the spring.
Alternatively the relationship between applied force and amount of elongation/compression is #F=kX#
In the picture above the red line depicts a Plot of applied force #F# vs. elongation/compression #X# for a helical spring according to Hooke’s law.
Actual plot might look like the dashed line.
Lower part of pictures correspond to various points of the plot. At middle point the spring is in the relaxed state i.e., zero force.
If too much force is applied, one may stretch or compress a spring beyond a certain point that its deformation will occur. On subsequent release of the stress, the spring will return to a permanently deformed shape which will be different from its original shape.
Can I weaken a coil spring consisting of spring steel?
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While I think the concentrated acid solution is brilliant, I’d like to suggest a refinement.
Rather than use just any old acid, you should specifically use a chemical etchant.
Typically, a chemical etchant’s nucleophile strength does not come from Hydrogen, so it should have the benefit of much lower -if not entirely eliminated- hydrogen enbrittlement. (At least theoretically, anyway.)
A good etchant for this might be Ferric Chloride, [FeCl3]. Copper(II) Chloride [CuCl2] is another possibility.
Getting an even and precise etch will also be up to idiosyncrasy’s of the exact setup you try and run. Chemical concentration, bath agitation, cleanliness of the work, temperature, …
Another, related, option is to use electrochemistry instead of direct chemistry.
Specifically, use the reverse of electrowinning, electroetching.
One of the pros of this method is that, with controlled current + time, you could fairly easily calculate and control the exact mass of the material removed by the relationship between the unit of electric charge (coulombs), and the unit of molar mass (moles.) This extrapolates well to controlling the exact change in spring’s mechanical property.
With direct chemistry, concentration + temperature + time = mass of material removed. Even if you precisely dial in the last two variables, the first one is going to be a ever changing target, as the work will dilute/poison the bath.
Probably the biggest con of this (aside from requiring a semi-sophisticated electronic power supply) is that surface irregularities will become much more of a problem than with chemical methods. In particular, any insulator will be practically inert to etching with the electrochemical method.
Conversely, an insulator might still be attacked by a pure chemical method. e.g. Any oil on the surface might become esterfied to something soluble, be freed from the surface, thus allowing the etchant to get at the actual work piece.
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