
Accessorize with our Dia Sunflower Hole Shoes and Clothing Bag! These pastoral style cotton fabric corsages are perfect for adding a touch of whimsy to your outfit. Ideal for festivals, parties, or everyday wear, these accessories are both stylish and comfortable.
Available in wholesale quantities, these accessories are a great addition to any boutique or online store. The sunflower design is both trendy and timeless, making them a favorite among fashion-forward individuals. Elevate your wardrobe with these charming and versatile accessories.

The Electric heating bucket accessories, with its heating plate, anti-dry faucet wire, and double tube electric heating plate with temperature control opening, is a technological triumph. This ensemble of components ensures precise and efficient heating. The anti-dry feature, a safeguard of utmost importance, bestows peace of mind, while the temperature control allows for customized warmth, making it an essential addition for any heating bucket, elevating its functionality to new heights.

Optimize your electronic devices with our High-Density Tooth Heat Dissipation Aluminum Block. This 50x30x20mm block is designed for high-power applications, ensuring efficient heat dissipation and prolonged device life. Perfect for electronic radiators and heat sinks.
In stock and ready to ship, this high-quality aluminum block is a must-have for any tech enthusiast or professional. Its superior heat dissipation properties make it ideal for a wide range of electronic applications. Order now and ensure your devices run smoothly!

Cool your digital voltage regulator with our Heat Sink Aluminum Radiator. Measuring 23*15*20, it fits perfectly with To220/247 tubes. Ideal for single and double needle transistors, it ensures efficient heat dissipation and optimal performance.
Upgrade your cooling system with our Heat Sink Aluminum Radiator. Designed for digital voltage regulators, it offers superior heat dissipation. Perfect for various electronic components, it ensures your devices operate at peak efficiency.