




Деталь, изготовленная методом точного литья из алюминиевого/стального сплава, тройник, фитинг для трубы, тройник.
Подробная информация о товаре
| Модель №. | HDCIPF001 |
| Стиль | Кованый тройник для труб |
| Материал | Алюминий, алюминиевый сплав, сталь, стальной сплав |
| Тип отделки | Необработанный, полированный, анодированный, с электрофоретическим покрытием, с порошковым покрытием, оцинкованный, хромированный, с черным оксидированием |
| Доступный размер | / |
| минимальный заказ | 100 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 |
Orchestrate the precise flow of critical fluids with this precision investment-cast tee joint. Engineered for industrial piping and fluid systems demanding uncompromising internal cleanliness, dimensional fidelity, and complex channel geometry, this component consolidates multi-directional flow paths into a single, seamless body—delivered with the design freedom only investment casting can provide.
Dual-Material Alloy Selection: Available in lightweight, corrosion-resistant aluminum or high-strength steel alloy—each precision-selected to match specific pressure ratings, fluid compatibility, and environmental exposure requirements.
Investment-Cast Integral Channeling: Precision investment casting enables the formation of complex internal flow passages, intersecting ports, and blended radii unattainable through conventional machining or fabricated assemblies—eliminating welded seams, braze joints, and potential leak interfaces.
Smooth Internal Surface Finish: Cast-in as-cast or secondary flow-enhanced surface finishes minimize fluid turbulence, reduce pressure drop, and prevent particulate entrapment—critical for high-purity, sanitary, and clean-flow system applications.
Dimensional Accuracy & Consistency: Near-net-shape casting accuracy reduces secondary machining requirements while maintaining exacting centerline intersections, port-to-port alignment, and wall thickness uniformity across production volumes.
Полностью настраиваемая конфигурация: Manufactured to customer-specific branch angles, port thread types, end connection styles, and pressure class requirements—accommodating everything from high-volume OEM fluid system integration to bespoke process piping solutions.
High-Cleanliness System Compatibility: Suitable for applications requiring verified internal surface integrity, material traceability, and freedom from casting porosity—including pharmaceutical, food-grade, and semiconductor support systems.
Structural Reliability Under Pressure: Homogeneous, void-free material structure delivers verified burst pressure ratings and long-term fatigue life in continuous-duty thermal and pressure cycling environments.
Приложения:
Industrial Process Piping: Ideal for chemical transfer, steam distribution, cooling water circuits, and compressed air networks requiring corrosion-resistant, low-maintenance branch connections.
High-Purity Fluid Systems: Essential for pharmaceutical manufacturing, biotechnology processing, and food/beverage production lines demanding sanitary design with minimal entrapment zones.
Hydraulic & Pneumatic Distribution: Suitable for lubricant circuits, coolant manifolds, and control air networks requiring compact, leak-free multi-directional flow splitting.
Marine & Offshore Piping: Engineered for ballast systems, fuel transfer lines, and seawater cooling circuits requiring galvanic corrosion resistance and verified pressure containment.
More than a simple pipe branch, this investment-cast tee joint is the fluid-dynamic intersection of system intelligence—preserving flow characteristics, eliminating parasitic leakage, and ensuring every directional change occurs exactly where, and how, your process demands. Whether you’re engineering high-purity pharmaceutical distribution or heavy-industrial fluid power networks, it’s the component that proves flow integrity begins with precision-cast continuity.


