0.5mm高感度導電性マイクロファイバーPUレザー生地

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0.5中国の高感度導電性マイクロファイバーPUレザー生地メーカーサプライヤー.

WINIW は高品質の高感度導電性マイクロファイバーレザーを供給します, マイクロファイバースエードレザー生地, PU合成皮革, タッチスクリーン手袋の製造によく使用されるPU人工皮革素材.

 

WINIWの材料仕様 0.5mm高感度導電性マイクロファイバーPUレザー生地:

材料: マイクロファイバーレザー, PUレザー, マイクロファイバースエードレザー, アマラスエードレザー生地.

厚さ: 0.5んん-0.6んん.

色: ブラック, カスタマイズされた.

幅: 54″, 1.37 メーター.

梱包: ロールで, ロール幅1.4メートル, ロール長さ 30/40/50 メートル.

MOQ: 300 メートル.

納期: 7-15 日々.

 

 

Conductive Microfiber PU Synthetic Leather

 

囚人たち Conductive Microfiber PU leather Fabric is an innovative material that has been gaining popularity in the manufacturing industry. Its ability to conduct electricity while exhibiting the aesthetics, テクスチャー, and durability of traditional polyurethane leather has made it a highly sought after material among manufacturers and consumers alike.

 

One of the primary advantages of WINIW conductive Microfiber PU leather fabric is its excellent electrical conductivity. This unique characteristic makes it an ideal material for electronic products such as smartphones, tablets, and other touch screen devices. The material provides an enhanced user experience by allowing for more precise touch input and increased responsiveness. It also enables the creation of interactive and functional elements in fashion and industrial design.

 

さらに, the quality of WINIW Conductive Microfiber PU leather fabric is highly stable and reliable. It has exceptional resistance to wear, tear, と摩耗, while still maintaining its conductivity properties. Its high-quality nature makes it a cost-effective and efficient material for manufacturers looking to produce durable and long-lasting products.

 

Our company takes great pride in its superior capabilities in research and development, and manufacturing in the conductive PU leather industry. We have successfully developed a wide range of conductive PU leather products, including smartphone cases, スポーツ用品, ファッションアクセサリー, and much more. Our products have gained the trust and loyalty of our customers, who value the high-quality and exceptional performance of our materials.

 

 

 

 

 

 

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