





Высокоточное литье по выплавляемым моделям из латуни: гребной винт для корабля, лодки, яхты.
Подробная информация о товаре
| Модель №. | HDCISP001 |
| Стиль | Гребной винт, изготовленный методом литья по выплавляемым моделям. |
| Материал | Алюминий, алюминиевый сплав, сталь, стальной сплав, нержавеющая сталь, суперсплав, латунь |
| Тип отделки | Необработанный, полированный, анодированный, с электрофоретическим покрытием, с порошковым покрытием, оцинкованный, хромированный, с черным оксидированием |
| Доступный размер | / |
| минимальный заказ | 50 шт. |
| Пользовательский логотип | Доступный |
| Источник | Китай |
| Упаковка и доставка | |
| Вариант доставки | Курьер, воздух, море, железнодорожный экспресс, EXW, FOB, CIF, DDU, DDP |
| Дата доставки | 25-30 дней |
| Транспортный пакет | Индивидуальный, Картон, Поддон |
Command the waters with unwavering thrust and corrosion-defying durability using this custom precision investment-cast brass propeller. Precision-engineered for boats and yachts demanding superior marine performance, this component translates engine torque into efficient, cavitation-free propulsion—delivered with the hydrofoil accuracy and dynamic balance only investment casting can provide.
High-Strength Marine-Grade Brass: Cast from premium brass alloy specifically formulated for maximum corrosion resistance in seawater environments, providing galvanic compatibility with underwater fittings and sustained mechanical properties throughout decades of immersion.
Investment-Cast Hydrofoil Accuracy: Precision investment casting enables the formation of complex, progressively pitched blade contours, refined leading/trailing edges, and integrated cup geometry—unattainable through conventional fabrication while preserving verified lift/drag ratios and cavitation inception thresholds.
Dynamically Balanced Monolithic Structure: Single-piece, void-free casting eliminates welded blade attachments, mechanical fasteners, and stress-prone assembly interfaces—ensuring concentric rotation, vibration-free operation, and extended cutless bearing and shaft seal life.
Optimized Thrust Efficiency: Accurately reproduced blade area ratios, rake angles, and expanded blade contours deliver maximum thrust per horsepower, improving planing characteristics, fuel economy, and slow-speed maneuverability.
Fully Customizable Propulsion Parameters: Manufactured to customer-specific diameter, pitch, blade count, rotation direction, and hub taper configurations—accommodating everything from high-speed planing hulls to heavy-displacement trawlers and classic yacht restorations.
Application-Tuned Performance Profiles: Available in standard, cleaver, or weedless blade geometries, with optional trailing edge cupping and progressive pitch distribution—engineered to match specific vessel weight, engine power curve, and operating envelope requirements.
Durable, Low-Maintenance Service: High-strength brass metallurgy resists erosion, impact deformation, and stress corrosion cracking, with repairable blade edges and straightforward refurbishment through conventional marine propeller shops.
Приложения:
Recreational Powerboats & Runabouts: Ideal for outboard and sterndrive applications requiring crisp throttle response, positive grip in turns, and minimal ventilation during aggressive maneuvering.
Sailing Yacht Auxiliary Propulsion: Essential for inboard diesel auxiliary systems demanding low-speed thrust, feathering efficiency, and corrosion resistance during extended periods of immersion without cathodic protection.
Classic & Vintage Vessel Restoration: Suitable for period-correct propulsion systems requiring authentic brass metallurgy and original equipment geometry with modern hydrodynamic refinement.
Commercial Workboats & Fishing Vessels: Engineered for displacement-hull trawlers, landing craft, and harbor utility boats requiring sustained thrust efficiency and impact-resistant blade construction.
More than a screw propeller, this investment-cast brass propulsion device is the hydrodynamic conscience of your vessel—preserving engine efficiency, eliminating parasitic vibration, and ensuring every knot of boat speed is faithfully extracted from available horsepower. Whether you’re carving ocean swells aboard a planing sportfisher or maneuvering a classic schooner into her berth, it’s the component that proves maritime performance begins with precision-cast, dynamically balanced continuity.


