Product description：

The Folding Walking Sticks For Hiking commonly feature handles crafted from EVA, rubber, cork, plastic or other materials. Each material offers distinctive characteristics: EVA provides a comfortable grip along with elasticity and sweat absorption capability; rubber delivers a firm grip but prone to cracking during cold weather and provides no sweat absorption in summers; cork presents a full grip and is not seasonal. It also wicks away sweat, resists wear and shedding; plastic offers a poor grip, tends to crack easily during winters, slips during summers, but is more affordable and convenient.

When purchasing Folding Walking Sticks for Hiking, the most crucial aspect to consider is the wristband. The wristband plays a vital role in facilitating the transmission of force between the user and the climbing stick. It is essential for the wristband to possess specific characteristics that ensure optimal performance. Firstly, the wristband should have a narrow middle section while being wider on the ends. This design feature effectively prevents the handle from slipping out of the user's grasp during vigorous hiking activities. Additionally, it is important to note that the adjustment buckle should be strategically positioned at the connection point between the hand and the wristband. This ensures that the friction material used in the wristband effectively safeguards the skin that comes into contact with it. By considering these factors, one can select a folding walking stick with a wristband that guarantees utmost comfort and safety during hiking adventures.

Materials commonly used for support rods include aluminum alloy, carbon alloy, titanium alloy, wood, and steel. Among these materials, aluminum alloy and carbon fiber offer unique characteristics. Aluminum alloy is known for its durability, affordability, and heavy weight. However, it is more susceptible to corrosion compared to carbon fiber and titanium alloy. On the other hand, carbon fiber boasts a lightweight nature, exceptional elasticity, high strength, and corrosion resistance. These desirable properties come at a higher price point. Lastly, titanium alloy is favored for its lightness, elastic properties, strength, and corrosion resistance, albeit at a higher cost.

The inclusion of a shock absorber system and locking mechanism make aluminum alloy climbing poles highly advanced. These poles effectively mitigate the impact force and relieve the strain on the knees while descending. However, it's important to note that this system acts as a spring component, meaning that it also absorbs energy while ascending, which may lead to increased energy consumption during long walks.

Using poor-quality spring components in a locking system can easily result in rust, breakages, slippages, and other problematic outcomes, ultimately leading to the failure of the system buckles. On the other hand, utilizing climbing rods made of carbon fiber or titanium alloy can mitigate these issues entirely. The materials themselves possess excellent elasticity and toughness properties, enabling a shock-absorbing effect without the need for an additional shock absorber system, thereby producing a more balanced outcome.

FAQ：

Q: Who are you?

At YekaSport, we specialize in supplying high-quality camping and hiking gear, making us a leader in the outdoor products industry. Our comprehensive range of services includes OEM and ODM manufacturing, global sourcing, and resource portfolio management, ensuring we can meet the unique needs of our customers. Our goal is to help our clients achieve the greatest success possible by providing customized solutions and designs to meet their specific market requirements. We are committed to collaborating with our customers to overcome any challenge and build a brighter future together.

Q: Can I get one sample? Should I pay for it?

A: Yes.The sample is free. You only have to bear the shipping cost.

Q: How long is the lead time?

A: 2-7 days for sample and 10-30 days for mass production.

http://www.yeka-sports.com/