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Heavy Duty Tension Springs

Heavy duty tension springs are strong compression, stretching or reversing spring. They have a large line and a solid structure, and they are more harsh. large tension spring is a spring with a large number of loads and harsh environments. They are usually heavy springs used in multiple industries in large machinery.

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Product Description

Extension springs with a high amount of tension, therefore taking a strong load to extend it. Also known as heavy duty tension springs. Heavy Duty Tension Springs are a type of coiled spring that is designed to resist tension or stretching forces. They are typically made from high-strength materials such as stainless steel, music wire, or alloy steel, which allows them to withstand significant amounts of force and pressure.

As a manufacturer located in Tangshan, Hebei, China, Hengguang Spring can provide you the best quality with the most competitive price & punctual shipment.

With coil spring manufacturing experiences more than 10 years, we are very familiar with the techniques. The spring car models we can manufacture are as following: TOYOTA, HONDA, NISSAN, MITSUBISHI, MAZDA, SUZUKI, KIA, HYUNDAI, DAEWOO, VW, AUDI, BENZ, BMW, FORD, FIAT, etc.

1	Product name	High tension springs
2	wire diameter	10-35mm
3	material	65Mn/60Si2MnA/55CrSi spring steel
4	certification	ISO9001:2008 IATF16949
5	TEST	fatigue test / hard test / spring rate test
6	HRC	46-52 degree
7	supply ability	5000pcs/day
8	MOQ	100 pcs for each item
9	delivery time	within 45 days after receiving your deposit
10	warranty	one year
11	packing	plastic or PE bags for inner and corrugated cartons for outer; brand packing also ok
12	usage	car/auto/automotive
13	trade terms	FOB/CFR/CIF
14	payment terms	T/T or L/C
15	discount	large quantity, large discount
16	technique	Cold coiling or hot coiling both ok
17	Spring color	Black, red, green, blue, yellow,brown, golden, grey, etc
18	Export market	Germany, Poland, Russia, Ukraine, Australia, Canada, Mexico, Chile,Peru, Mid -east, South-Asia

Heavy springs can provide longer cycle life through several processes:

• Spray reinforcement

• Electroplating and coating options

• Preset to avoid the length of length in the operation

• Customs and ground end provides stability

Heavy duty tension springs types

Heavy duty compression spring

The heavy duty compression spring is used to apply a large force on the spring. Suitable for heavy construction machinery, agricultural equipment, industrial equipment and oil field equipment.

Heavy duty extension spring

When the device needs to pull out a large amount of loads on the spring, heavy duty extension springs are needed to be used. Suitable for heavy hydraulic devices, heavy vehicles or metal processing machinery.

Heavy duty torsion spring

Heavy duty torsion springs are usually located in the lift door, cabin or lid. When the torque load is applied to the legs, they can apply a large amount of torque.

The industrial torsion spring can also be found in the inventory stretch spring directory, or can be customized to prevent your institution from designing more accurate design to meet the specific needs of your institution.

Applications: Heavy duty tension springs, can be used for molds, agricultural equipment, building equipment, clutch, aircraft, brakes, etc. Heavy tension springs can also be customized to match your required torque and proper to your application correctly.

1. Industrial machinery: Machinery Heavy Duty Tension Springs are commonly used in heavy-duty machinery, such as manufacturing equipment, mining machinery, and construction machinery, where they are used to maintain tension in belts, chains, and cables.

2. Automotive industry: Heavy Duty Tension Auto Springs are widely used in automobiles, where they are used to maintain tension in various components such as belts, suspension systems, and clutches.

3. Aerospace industry: Heavy Duty Tension Aerospace Springs are used in aircraft landing gears and parachute systems.

4. Marine industry: Heavy Duty Marine Tension Springs are used in boat rigging, anchor lines, and mooring lines.

5. Medical industry: Heavy Duty Medical Tension Springs are used in various applications such as surgical devices, medical equipment, and prosthetics.

Attention:

After the car is equipped with a high tension spring, the chassis height of the car can be improved, but the comfort and stability of high-speed turning will be worse. If you want to heighten the body, you are recommended to go to the professional modification shop, if the modification technology is not in place, it will seriously affect the life of the vehicle, and even cause some safety accidents.

The following is the method to improve the car body: 1, between the original suspension and body connection install pad to improve the body, the use of the original shock absorbers make the cost is relatively low, but it will affect the stability of the car when turning. 2, buy modified shock absorber and shock absorber spring to upgrade, which can increase shock absorber and spring height, the effect will be better, and the price is not expensive.

The effect of raising the damping spring of the car is to make the car chassis taller. In the traditional design of spring and shock absorber cylinder, the spring can support the body and absorb the impact of uneven roads and other forces on the tire. This includes acceleration, deceleration, braking, turning and other forces on the spring. It is more important to keep the tires in constant contact with the road during the elimination of vibration to maintain the car's tracking. And how to improve the continuous contact is the first consideration of modification adjustment.

The heavy extension springs can be either hard or soft, depending on the material they are made of. When refitted, if use too hard spring, the loss of friction between the tire and the ground will make the car bump; if use too soft spring, it can be compressed very easily and the stroke of shock absorber will be exhausted, then the car will easy to lose track when turning . So the choice of spring depends on the road surface: the flatter the road surface, the harder the spring can be used, and the more bumpy the road surface, the softer but long travel enough the spring can be used.