Exceptional Apple Watch Band: Combining Carbon Fiber and Aramid Fiber for Durability and Comfort. Compatible with all Apple Watch models including Series 9-1. SE. and Ultra 2/Ultra.
- Made from carbon fiber and aramid fiber
- Size: 42/44/45/49mm & 38/40/41mm
- Adjustable watch band bracelet length
- Lightweight and comfortable
- Patented secure magnetic clasp
Compatibility
- Compatible with Apple Watch models include Series 9-1. SE. and Ultra 2/Ultra. Apple Watch Band of different case sizes including 42/44/45/49mm. 38/40/41mm.
Specification:
Dimensions
Length: 189.5mm (20 links) Thickness: 4mm Width: 22mm
Weight : 1.09oz (31g)
Materials and Tech : Carbon Fiber Aramid Fiber Stainless Steel
Warranty : 1 year warranty See PITAKA warranty page for more information.
FAQs
Q1. Is the watch band waterproof?
A1. Carbon fiber is waterproof. But it's not recommended to immerse the band in liquid. There is stainless steel inside the band. and seawater/poolwater may cause stainless steel pins to erode over time.
Q2. Will the magnetic Apple Watch band affect my smartwatch?
A2. The magnets are only in the strap connector and so should not affect the workings of the Apple Watch.
Q3. Are these carbon fiber links 100% pure carbon fiber?
A3. The Apple Watch band is not entirely made of carbon fiber. Its surface is composed of aramid fiber. and the rest is made of carbon fiber. Moreover. the spring bars. magnetic clasp. and connectors are made from metal.
ChromaCarbon™
ChromaCarbon is a revolutionary composite lamination technology that seamlessly blends the strength of carbon fiber with the resilience of aramid fiber. This unique process involves a special resin. meticulously treated at high temperatures and pressures. ensuring unparalleled durability and toughness across diverse materials. Adding to its allure. the proprietary Fusion Weaving™ technique adorns black carbon fiber with mesmerizing pixelated hues of aramid fiber.
Single
Aramid Fiber Layer
Over 15
Carbon Fiber Layers
Magnetic Clasp
Effortlessly unlock and firmly close using the magnetic force of neodymium magnets.