zinc adhesive wheel weights
home > zinc ADHESIVE WHEEL WEIGHTS
zinc adhesive wheel weights
| FSZ5G | |
|---|---|
| WEIGHT SIZE | 5gx12, 60G, 6.000kgs/box |
| SURFACE | Uncoated or Plastic coated |
| PACKAGE | 100strips/box, 4boxes/case |
UNCOATED
POWDER COATED
CUSTOMIZED COLOR
| FSZ510G | |
|---|---|
| WEIGHT SIZE | (5g+10g)*4, 60G, 6.000kgs/box |
| SURFACE | Uncoated or Plastic coated |
| PACKAGE | 100strips/box, 4boxes/case |
UNCOATED
POWDER COATED
CUSTOMIZED COLOR
application of adhesive weights
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preparatory work
Rotate the tyre and determine the wheel imbalance in both planes. Ensure that the weight, rim and ambient temperature have at least 15°C.
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clean the mounting area
Use pre-cleaning wipe to clean oil and dust on mounting area, Then wipe with a dry cloth to make sure the wheel surface is dry and clean. Be sure to test the cleaning agent on a small area to ensure it will not damage the wheel’s finish.
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tear the segments
Once the imbalance point is located and the proper amount of segmented weights have been chosen,according to the properties of the tape of the adhesive wheel weight, use scissors or tear it by hand to cut off the required number of balance weights.
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peel off the protective backing
Peel off the protective backing without touching the adhesive surface. Be sure to not contaminate the adhesive tape with dirt or oils once the protective backing has been removed. Otherwise, it will affect the adhesion of the tape.
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set up the weight
Stick the weight and press the weight from the middle towards the outer edges to match the rim perfectly. The pressure should be at least 100 kPa.
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final check
After applying the weight and ensuring the appropriate pressure has been exerted, it is essential to verify that the weight is securely adhered before reinstalling the assembly on the vehicle. To confirm proper fitment, gently grasp the sides of the weight with your fingers and give it a slight pull. If the weight stays firmly in place without any movement, the setup process has been successfully initiated.
tape options and feature
tapes also available in easy peel tapes
| foam color | liner color/liner material | foam | re-positionable | initial tack | adherence after 24h | resistance to high low temperature | |
| 3M RED | grey | plastic with 3m logo | Acrylic (high temperature resistant) | yes | fair | excellent | excellent |
| NORTON BLUE | black | plastic | acrylic (high temperature resistant) | yes | fair | excellent | excellent |
| LOHMANN | white black | easy release paper | polyethylene | no | excellent | excellent | excellent |
| US WHITE/BLACK | white black | easy release paper | polyethylene | no | excellent | fair | fair/good |
| FST | white black | easy release paper | polyethylene | no | excellent | excellent | fair |
| CHINA BLUE | black | plastic | polyethylene | no | excellent | good | fair/good |
comprehensive guide to zinc adhesive wheel weights
In the automotive industry, maintaining the balance and stability of the vehicle is essential for optimal performance and safety. Wheel weights are one of the important components that help achieve this balance. Among the various types of wheel weights, zinc alloy wheel weights are popular due to their effectiveness and environmental benefits.
This article will take an in-depth look at the benefits, applications, and key manufacturers and suppliers of zinc alloy wheel weights in the market.
What is zinc adhesive Wheel Weight?
Zinc adhesive wheel weights are small flat weights that attach to the wheel rim, keeping the wheel balanced. Unlike traditional lead weights, zinc weights are made from a more environmentally friendly material, making them the preferred choice of many car manufacturers and repair shops. The adhesive backing makes installation simple and ensures that the weights are firmly fixed during operation.
Why zinc adhesive wheel blocks are a better choice
A casting process like lead makes zinc adhesive wheel weights, so they look better suited to wheels. However, zinc has a lower density than lead, so zinc weights are larger. Zinc weights are difficult to produce to exacting weight accuracy requirements, and their environmental impact is currently being assessed. There are currently no recycling programs for zinc weights.
benefits of zinc adhesive wheel weights
When it comes to wheel balancing, we understand the importance of precision and reliability. That’s why we offer zinc adhesive wheel weights, which are renowned for their exceptional durability and corrosion resistance.
Environmentally friendly
Zinc is less toxic than lead, meets environmental standards, and is safer for the environment and people. And as regulations on lead use become more stringent, many manufacturers are beginning to prefer zinc and steel products.
Precise balancing
Zinc alloys have a high density and small size, which can provide more precise balancing results.
Durability
Zinc is known for its corrosion resistance and can withstand the erosion of harsh weather conditions and road debris without deteriorating. Maintaining its effectiveness for a long time.
Ease of machining
Zinc is easily machined into a variety of shapes and sizes to meet the balancing needs of different wheels.
why does a car shake when driving slowly?
A frustrating problem that many drivers experience is that their vehicle jerks when traveling at low speeds. This uneasy feeling can be caused by a number of factors, one of which is often overlooked is the condition of the wheel weight blocks.
Car shaking manifests itself as a vibration in the steering wheel or throughout the vehicle for a number of reasons.
Tire imbalance is one of the most common causes of vibration. It can cause vibration, especially at low speeds. It may be caused by uneven wear, improper mounting, or loss of wheel weight.
Other problems such as the car leaning to one side or the steering wheel being off center are uneven tire wear caused by improper wheel alignment. Possibly Damaged tires, loose lug nuts or damaged wheel bearings can also cause shaking.
Steps for selecting the right zinc adhesive wheel weights
Start with parameters such as wheel diameter, width, and offset. If necessary, check the specifications recommended by the vehicle manufacturer. Use a tool to measure the degree and location of wheel unevenness. Based on the measurements, select matching balancing weights. Fortune’s zinc-bonded wheel weights are balancing weights with good adhesive properties that bond securely in a wide range of temperature and humidity conditions.
Weight Specifications
The first factor to consider when choosing a potassium zinc wheel weight is the specifications. Wheel weights come in a variety of sizes and weights, usually ranging from 0.25 ounces to 1 ounce or more. It is essential to choose a weight that is suitable for your specific size and type.
Different vehicles require different weight specifications. For example, a family car may require a smaller weight than a truck. Always refer to your vehicle manual or consult a professional.
Bond Quality
The drawer margin determines how well the weight adheres to the rim. Choose one that can withstand different temperatures as well as high durability. To accommodate the effects of temperature and environment.
Environmental Considerations
Consider the recoverability of global weights. Zinc is a recoverable material that can be easily recovered at the end of consumption, further reducing the impact on the environment.
Compatibility with peripheral surfaces
Some surface finishes, such as chrome plating or polished finishes, require a specific type of roughness to not damage the surface. If you value aesthetics, consider bonded weights on the exterior of the wheel.
how long does it take to balance tires?
How long does it take to balance a tire using zinc adhesive?
Fortune’s zinc adhesive wheel weights have gained popularity as a reliable solution. How long does it take to use them? Balancing a set of four tires takes between 30 minutes and an hour. The process typically involves the following steps:
The technician first removes the tire from the vehicle and places it on a balancing machine. An initial assessment is made during this phase, where the machine spins the tire to identify if there is any imbalance. The location of the heavier components is measured and the location where additional weight is needed is determined. Based on the machine’s readings, Fortune’s technicians will add pressurized zinc adhesive wheel weights to the wheel band. The tire is rotated again to ensure it is now balanced. Additional adjustments are made if necessary. It is reinstalled on the vehicle, the tire is reassembled and the process is repeated.
Using Fortune’s zinc bonded wheel weights can be simplified. Because these weights are easy to apply and adjust, technicians can often complete the balancing process faster than with traditional lead weights. The light weight of the zinc means that the process is streamlined, further reducing time consuming tasks.
zinc adhesive wheel weights solutions
Fortune is a leading suppliers of zinc adhesive wheel weights. Known in China for its precision manufacturing and design, we pride ourselves on our strict quality control process, ensuring each product meets industry standards. To meet the needs of automotive professionals. Our products are durable and precise.
Fortune has fulfilled its commitment to sustainability and innovation. We offer a range of eco-friendly wheel weights that improve vehicle performance while minimizing environmental impact.
Why Choose Fortune’s zinc adhesive wheel weights?
Zinc binder wheel weights provide an effective wheel balancing solution while protecting the environment. By ensuring your wheel weights are in good condition and maintaining your vehicle regularly, you can enjoy a smoother, safer ride. If you experience a problem, don’t hesitate to seek Fortune’s professional help to diagnose and fix the problem. Your road safety depends on it.
Fortune specializes in a wide range of zinc binder type balancing weights. We focus on providing environmentally friendly solutions and delivering high-quality products. Our extensive product catalog includes balancing weights for a wide range of vehicle types. It’s easy to find the right zinc binder wheel weight for your needs.
If you experience a problem, don’t hesitate to seek Fortune’s professional help to diagnose and fix the problem. Your road safety depends on it.
zinc adhesive wheel weights: your FAQs answered
Will zinc adhesive wheel weights rust?
No, zinc is very resistant to rust. Zinc naturally forms a protective layer of zinc oxide, also known as “white rust,” when exposed to moisture, high moisture, and poor ventilation. Fortune’s zinc adhesive wheel weights are treated with an additional coating to improve their rust resistance.
To minimize the possibility of rust, it is recommended to ensure that the wheel surface is clean and dry before installation. Regular inspection and cleaning will help extend the life of the wheel.
How to tell if it's zinc or galvanized?
Appearance: Zinc weights have a dull gray surface, while galvanized weights have a smoother, shiny silver surface.
Magnetic properties: Zinc is not magnetic and will not attract magnets.
Weight: Pure zinc has a higher density than galvanized products. If you have two weights of the same size, the zinc weight will feel lighter.
Test: Use a hard object to gently scrape the surface. If a different color metal is exposed, it’s probably galvanized.
Is the zinc adhesive wheel weights made of pure zinc?
Zinc adhesive wheel weights are usually manufactured from zinc alloy rather than pure zinc.
Performance Enhancement: The addition of aluminum, copper and other alloying elements improves the strength and hardness of zinc alloys. Casting properties are also better, allowing the production of complex shapes and high precision weights.
Controlling impurities: According to different application scenarios, the composition of zinc alloy is adjusted to adapt to surface treatment processes such as electroplating, oil spraying, etc. Pure zinc has poor adhesion in such processes.
Balance cost and performance: Pure zinc is more expensive and its performance may not meet demand. Zinc alloy reduces production costs while ensuring product performance.
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