Typically compression springs are coiled at a constant diameter, however we can provide them in conical, concave (barrel), convex (hourglass), or other configurations, depending on your specific application needs. Compression springs serve to resist force and store energy in a broad range of applications.
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Typically compression springs are coiled at a constant diameter, however we can provide them in conical, concave (barrel), convex (hourglass), or other configurations, depending on your specific application needs. Compression springs serve to resist force and store energy in a broad range of applications.
Typically compression springs are coiled at a constant diameter, however we can provide them in conical, concave (barrel), convex (hourglass), or other configurations, depending on your specific application needs. Compression springs serve to resist force and store energy in a broad range of applications.
Developed to absorb and hold energy, extension springs also supply resistance to a pulling force. The required tension determines how tightly an extension spring must be coiled. This initial tension can be adjusted to meet the load requirements of a given application.
Developed to absorb and hold energy, extension springs also supply resistance to a pulling force. The required tension determines how tightly an extension spring must be coiled. This initial tension can be adjusted to meet the load requirements of a given application.
Developed to absorb and hold energy, extension springs also supply resistance to a pulling force. The required tension determines how tightly an extension spring must be coiled. This initial tension can be adjusted to meet the load requirements of a given application.
Torsion springs are designed to store and release angular energy. They can also hold a mechanism in place by positioning the legs across the centerline axis. Torsion springs reduce in body diameter and increase slightly in body length when deflected in the direction of the wind. Direction of the wind is determined by whether the torsion spring is made to work in a clockwise or counter-clockwise rotation for a given application.
Torsion springs are designed to store and release angular energy. They can also hold a mechanism in place by positioning the legs across the centerline axis. Torsion springs reduce in body diameter and increase slightly in body length when deflected in the direction of the wind. Direction of the wind is determined by whether the torsion spring is made to work in a clockwise or counter-clockwise rotation for a given application.
Torsion springs are designed to store and release angular energy. They can also hold a mechanism in place by positioning the legs across the centerline axis. Torsion springs reduce in body diameter and increase slightly in body length when deflected in the direction of the wind. Direction of the wind is determined by whether the torsion spring is made to work in a clockwise or counter-clockwise rotation for a given application.
has no minimum order requirement. Whether you need two small springs or 200
has no minimum order requirement. Whether you need two small springs or 200
W e has no minimum order requirement. Whether you need two small springs or 200 pcs...
stressed, we can offer suggestions on how to change the specs to avoid spring failure. We know the questions to ask to make sure a spring will fit and work appropriately.
stressed, we can offer suggestions on how to change the specs to avoid spring failure. We know the questions to ask to make sure a spring will fit and work appropriately.
ur team can help. We can calculate the spring rate as well as the maximum load and travel. If a spring design is over
ur team can help. We can calculate the spring rate as well as the maximum load and travel. If a spring design is over
O ur team can help. We can calculate the spring rate as well as the maximum load and travel. If a spring design is over stressed, we can offer suggestions on how to change the specs to avoid spring failure. We know the questions to ask to make sure a spring will fit and work appropriately.
Send us sample of your small spring and we will get the accurate measurements needed to make it. Our smallest stock is typically .088" OD and the smallest wire diameter we carry in stock is.007", but if a smaller spring is required, we can accommodate your needs. We manufacture our springs to the Spring Manufacture Institute tolerance guidelines.
Send us sample of your small spring and we will get the accurate measurements needed to make it. Our smallest stock is typically .088" OD and the smallest wire diameter we carry in stock is.007", but if a smaller spring is required, we can accommodate your needs. We manufacture our springs to the Spring Manufacture Institute tolerance guidelines.
Looking for a small sized spring but don't have a micrometer? Send us sample of your small spring and we will get the accurate measurements needed to make it. Our smallest stock is typically .088" OD and the smallest wire diameter we carry in stock is.007", but if a smaller spring is required, we can accommodate your needs. We manufacture our springs to the Spring Manufacture Institute tolerance guidelines.
Need a source for small springs? As an experienced spring manufacturer with comprehensive manufacturing capabilities, we can handle the design, fabrication .
Need a source for small springs? As an experienced spring manufacturer with comprehensive manufacturing capabilities, we can handle the design, fabrication . Looking for a small sized spring but don't have a micrometer? Send us sample of your small spring and we will get the accurate measurements needed to make it. Our smallest stock is typically .088" OD and the smallest wire diameter we carry in stock is.007", but if a smaller spring is required, we can accommodate your needs. We manufacture our springs to the Spring Manufacture Institute tolerance guidelines. Need assistance with your small spring application? O ur team can help. We can calculate the spring rate as well as the maximum load and travel. If a spring design is over stressed, we can offer suggestions on how to change the specs to avoid spring failure. We know the questions to ask to make sure a spring will fit and work appropriately. Only need a few small springs? W e has no minimum order requirement. Whether you need two small springs or 200 pcs... Types of small springs we offer include:
We are your source for cost effective, high quality custom wire forms. We develop wire forms from round wire bent to have specific angles and lengths. While springs typically have a helix or spiral shape consisting of coils, wire forms usually do not have these characteristics.Our CNC manufacturing technology allows us to cost effectively develop prototypes of complex wire form parts. We often create prototypes to help ensure components will fit into space requirements. Our prototypes can often be changed and reproduced in minutes, saving time, lowering costs, and avoiding design errors.
We are your source for cost effective, high quality custom wire forms. We develop wire forms from round wire bent to have specific angles and lengths. While springs typically have a helix or spiral shape consisting of coils, wire forms usually do not have these characteristics.Our CNC manufacturing technology allows us to cost effectively develop prototypes of complex wire form parts. We often create prototypes to help ensure components will fit into space requirements. Our prototypes can often be changed and reproduced in minutes, saving time, lowering costs, and avoiding design errors.
We are your source for cost effective, high quality custom wire forms. We develop wire forms from round wire bent to have specific angles and lengths. While springs typically have a helix or spiral shape consisting of coils, wire forms usually do not have these characteristics.Our CNC manufacturing technology allows us to cost effectively develop prototypes of complex wire form parts. We often create prototypes to help ensure components will fit into space requirements. Our prototypes can often be changed and reproduced in minutes, saving time, lowering costs, and avoiding design errors.
We are your source for cost effective, high quality custom wire forms. We develop wire forms from round wire bent to have specific angles and lengths. While springs typically have a helix or spiral shape consisting of coils, wire forms usually do not have these characteristics.Our CNC manufacturing technology allows us to cost effectively develop prototypes of complex wire form parts. We often create prototypes to help ensure components will fit into space requirements. Our prototypes can often be changed and reproduced in minutes, saving time, lowering costs, and avoiding design errors.
The type of material used to manufacture small springs depends on the specific user requirements. Most medical devices are made out of stainless steels because stainless is corrosion resistant and less magnetic than other spring steel. Phosphor bronze is commonly used in electrical applications since it conducts electricity.
The type of material used to manufacture small springs depends on the specific user requirements. Most medical devices are made out of stainless steels because stainless is corrosion resistant and less magnetic than other spring steel. Phosphor bronze is commonly used in electrical applications since it conducts electricity.
The type of material used to manufacture small springs depends on the specific user requirements. Most medical devices are made out of stainless steels because stainless is corrosion resistant and less magnetic than other spring steel. Phosphor bronze is commonly used in electrical applications since it conducts electricity. ...
Small springs are used in a wide array of applications and assemblies such as in appliances, electronic devices, medical equipment, and much more. The materials commonly used for small springs include music wire, stainless steel (types 302, 304, 316), spring brass, and phosphor bronze. When manufacturing small springs, these types of materials are used in spring tempered form. The tempering process involves the cold extrusion of wire to increase its strength and diminish the need to harden the spring once wound.
Small springs are used in a wide array of applications and assemblies such as in appliances, electronic devices, medical equipment, and much more. The materials commonly used for small springs include music wire, stainless steel (types 302, 304, 316), spring brass, and phosphor bronze. When manufacturing small springs, these types of materials are used in spring tempered form. The tempering process involves the cold extrusion of wire to increase its strength and diminish the need to harden the spring once wound.
Small springs are used in a wide array of applications and assemblies such as in appliances, electronic devices, medical equipment, and much more. The materials commonly used for small springs include music wire, stainless steel (types 302, 304, 316), spring brass, and phosphor bronze. When manufacturing small springs, these types of materials are used in spring tempered form. The tempering process involves the cold extrusion of wire to increase its strength and diminish the need to harden the spring once wound.
Small springs are used in a wide array of applications and assemblies such as in appliances, electronic devices, medical equipment, and much more. The materials commonly used for small springs include music wire, stainless steel (types 302, 304, 316), spring brass, and phosphor bronze. When manufacturing small springs, these types of materials are used in spring tempered form. The tempering process involves the cold extrusion of wire to increase its strength and diminish the need to harden the spring once wound. The type of material used to manufacture small springs depends on the specific user requirements. Most medical devices are made out of stainless steels because stainless is corrosion resistant and less magnetic than other spring steel. Phosphor bronze is commonly used in electrical applications since it conducts electricity. ...
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Zn-plating, Ni-plating, Cr-plating, Tin-plating, C opper-plating, T he wreath oxygen resin spraying, T he heat disposing, H ot-dip galvanizing, B lack oxide coating, P ainting, P owdering, C olor zinc-plated, B lue black zinc-plated, R ust preventive oil, T itanium alloy galvanized, S ilver plating, P lastic, E lectroplating, A nodizing etc.
Zn-plating, Ni-plating, Cr-plating, Tin-plating, C opper-plating, T he wreath oxygen resin spraying, T he heat disposing, H ot-dip galvanizing, B lack oxide coating, P ainting, P owdering, C olor zinc-plated, B lue black zinc-plated, R ust preventive oil, T itanium alloy galvanized, S ilver plating, P lastic, E lectroplating, A nodizing etc.
Zn-plating, Ni-plating, Cr-plating, Tin-plating, C opper-plating, T he wreath oxygen resin spraying, T he heat disposing, H ot-dip galvanizing, B lack oxide coating, P ainting, P owdering, C olor zinc-plated, B lue black zinc-plated, R ust preventive oil, T itanium alloy galvanized, S ilver plating, P lastic, E lectroplating, A nodizing etc.
Hand Industrial is your source for custom springs, including compression springs, extension springs, torsion springs, and die springs. We have over 6 years of experience in the development of a expansive selection of springs, including custom springs fabricated to your precise specification. For questions, please see our custom springs FAQ. Wire ranges are available from .008" to .500", in the following materials:
Others- available on an as needed basis
Others- available on an as needed basis
Others- available on an as needed basis
For new designs and changes to existing designs contact our design specialists. There are many questions that need to be answered to supply you with a spring that works and is cost effective. Our design specialists are trained to help you answer these questions.
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1. Hight quality;
2. Competitive price;
3. The shortest delivery;
4. The fastest response;
5. Best service.
The Advantage:
1.Many products: Any type of stainless steel hardware can be supplied.
2.Good Service: We treat clients in great honest and sincere management is our top mission.
3..Good Quality: We have strict quality control system .Good reputation in the market.
4.OEM Accepted: We can produce as per your drawings or samples.
5.Shortest Delivery: We have large stock, 3 days for stock items,7-15days for production.
6.Low MOQ: It can meet your business very well.
Sample Charge:
1.Samples charge: According to your request. Sampling time:5-7days
2.Samples charge: Free for Existing Mold. Sampling time:3days
Delivery:
By Express 1kg-50kg By Air 50kg-500kg By Sea 500kg or moreWe have a wider range of processing choices for transportation mode
By Express ( FedEx, UPS, DHL, TNT, EMS, etc... )
--- Advantage: Fast ( takes about 7 - 10 days in the delivery ), door to door
--- Disadvantage: A little expensive
By Air Transportation
--- Advantage: Fast ( takes about 8 - 12 days ), a little cheaper than Express.
--- Disadvantage: You need to take the goods from the airport by yourself.
By Sea ( Ocean ) Transportation
--- Advantage: Much cheaper than Express or Air transportation.
Disadvantage: Slow and you need to take the goods from your destination port by yourself.
We accept a variety of styles of spring customization, if you want to custom,please kindly supply bellow information:
♦ Spring type
♦ Material
♦ Wire diameter
♦ Surface treatment
♦ Inner diameter and outer diameter(ID and OD)
♦ Free length and work length
♦ Total coils and active coils
♦ Application
♦ Quantity
Of course, a detailed spring drawing is the best.
How to place the order ?
* You send us drawing or sample
* We carry through project assessment
* We give you a design
* You think the design is ok
* We make the sample and send it to you
* You think the sample is good then place an order and pay us 30%-50% deposit
* Then we start to make the product
* When the goods is done, we will packed them and send to you the pictures of the products & packing
* You pay us the balance after you see the pictures
* Then we delivery all the packages to you, the whole order is done, thank you!!
Have you ever wondered about the disadvantages of compression springs? Well, today we're going to dive into this topic to give you a better understanding of what to look out for when using compression springs.
One of the main disadvantages of compression springs is their unpredictable rate of compression. Unlike extension springs, which have a linear rate of compression, compression springs can have varying rates depending on factors such as the amount of load applied or the temperature. This unpredictability can make it challenging to design systems that rely on consistent spring compression.
Compression springs also have limited durability compared to other types of springs. Over time, the repeated compression and decompression of the spring can lead to fatigue and eventually failure. This is especially true in high-stress applications where the spring is constantly being compressed and released.
Another disadvantage of compression springs is their size and weight restrictions. Due to their design, compression springs can only be compressed so far before they reach their solid height. This limits the range of motion that can be achieved with compression springs, making them less suitable for applications that require a wide range of motion.
Compression springs can also produce noise and vibrations when in use. This can be problematic in applications where noise is a concern, such as in automotive suspension systems. The vibrations produced by compression springs can also lead to premature wear and tear on surrounding components.
When it comes to customization, compression springs have limited options compared to other types of springs. Customizing the rate of compression or the dimensions of a compression spring can be challenging and expensive. This can make it difficult to find the perfect spring for your specific application.
Another disadvantage of compression springs is their inconsistent performance over time. Factors such as temperature changes, wear and tear, and material fatigue can all affect the performance of a compression spring. This inconsistency can lead to issues with system performance and reliability.
In conclusion, while compression springs are a popular choice for many applications due to their simplicity and affordability, they do come with some disadvantages that should be taken into consideration. Unpredictable rate of compression, limited durability, size and weight restrictions, noise and vibration issues, limited customization options, and inconsistent performance are all factors to consider when choosing compression springs for your project.
If you're in need of automotive suspension springs, custom coil springs, compression coil springs, or looking for a reliable supplier, be sure to reach out to us for expert advice and high-quality products. We're here to help you find the perfect solution for your spring needs.
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