Diving Backplate Carbon Fiber Backplate Plate Harness Accessory Scuba Plate Advanced Composite with Long Service Life and Resistance Suitable for
Product Information
About
【 Material】: This high-performance carbon fiber diving backplate is crafted from advanced composite materials, offering five times the tensile strength of steel while remaining incredibly lightweight.
【Universal Compatibility】: Designed as a versatile accessory, it features a standardized hole pattern that is fits most standard harness systems and air bladders for single or double tank setups.
【Enhanced Durability】: Engineered for longevity, this diving equipment is highly resistant to from sea spray, acids, and alkalis, ensuring a service life that can exceed ten years with proper maintenance
【Ergonomic Design】: The scuba backplate is precision-cut to provide support and stability underwater, reducing physical exertion and improving your overall trim and buoyancy control.
【Lightweight Portability】: Weighing only 579g, this diving backplate is the choice for technical divers who need to minimize travel weight without sacrificing structural stability or
Product Description
【 Material】: This high-performance carbon fiber diving backplate is crafted from advanced composite materials, offering five times the tensile strength of steel while remaining incredibly lightweight.【Universal Compatibility】: Designed as a versatile accessory, it features a standardized hole pattern that is fits most standard harness systems and air bladders for single or double tank setups.【Enhanced Durability】: Engineered for longevity, this diving equipment is highly resistant to from sea spray, acids, and alkalis, ensuring a service life that can exceed ten years with proper maintenance【Ergonomic Design】: The scuba backplate is precision-cut to provide support and stability underwater, reducing physical exertion and improving your overall trim and buoyancy control.【Lightweight Portability】: Weighing only 579g, this diving backplate is the choice for technical divers who need to minimize travel weight without sacrificing structural stability or
