These aluminum die-cast products are small, rectangular mounting bases made of aluminum alloy. They feature an all-black finish, with the front side incorporating a recessed platform, countersunk holes, circular holes, and a lateral semi-circular extension. The back reveals reinforcing ribs, locating holes, and assembly slots, with beveled edges; the overall appearance suggests an industrial bracket, mounting base, or equipment connector.
These aluminum die-cast products feature a compact rectangular design, integrating an outer frame, a recessed platform, countersunk holes, and side semi-circular structures within a limited footprint. Dimensions are confirmed based on customer drawings, with typical wall thicknesses ranging from 2.5mm to 5mm. The compact profile saves space and is ideal for components installed inside equipment, at the ends of brackets, or in small connection zones.
Featuring multiple countersunk holes, circular mounting holes, locating slots, and rear reinforcing ribs, these products demand high mold precision and rigorous post-processing. RUIXIN controls hole spacing, slot depth, edge profiles, and mounting surface positions based on 2D drawings or 3D files, typically maintaining dimensional tolerances between ±0.10mm and ±0.30mm. Hole positions can be refined through drilling, reaming, or tapping.
The front recessed platform and rear assembly area require excellent flatness control to ensure a secure fit with sheet metal, plastic parts, or fasteners. Flatness specifications are determined by project requirements, and machined surfaces can be locally refined to meet assembly needs. For mounting bases secured by screws, a flat contact surface minimizes assembly gaps and prevents localized warping.
Surface treatments include deburring, trimming, sandblasting, powder coating, and painting. Sandblasting roughness is typically specified between Ra3.2 and Ra6.3, while powder coating thickness is controlled between 60μm and 100μm. These treatments result in a uniform black finish and smooth countersunk holes, edge bevels, and side arcs, effectively minimizing visible casting marks and burrs.
Length, width, height, the number of countersunk holes, rear rib placement, side arc structures, and surface colors can all be customized to project requirements. RUIXIN offers comprehensive support—including sample reverse engineering, drawing verification, mold development, machining (drilling/tapping), surface finishing (sandblasting/powder coating), and packaging—making these products an ideal choice for OEM aluminum die-cast mounts and small custom aluminum components.
In automated equipment workstations, these aluminum die-cast products serve as small mounting brackets, limit stops, or connecting bases. They can be installed on guide rails, support frames, or alongside mechanical modules to assist with positioning and connection. Buyers can specify dimensions based on available space, hole orientation, and mounting methods to ensure the parts integrate seamlessly into the equipment assembly process.
Inside industrial instrument housings, these aluminum die-cast products are used to secure modules, support circuit boards, or provide internal connection points. Their compact, rectangular design allows for easy placement in confined spaces, while countersunk holes accommodate screws for secure fastening. Customers can define hole locations and structural shapes based on the instrument's internal layout, mounting height, and fastener specifications.
In furniture hardware assembly, these aluminum mounts are used for connecting metal brackets, components for folding mechanisms, or custom mounting parts. Their black finish complements modern hardware aesthetics, while beveled edges and countersunk holes facilitate exposed installations. Production can be customized according to product shape, connection orientation, and packaging requirements.
On electronic device assembly lines, these aluminum die-cast products serve as bases for small devices, mounting blocks, or connecting supports. They integrate with housings, panels, screws, and internal modules, making them ideal for electronic device projects requiring lightweight metal components. Customers can finalize specifications via technical drawings regarding assembly space and hole spacing.
In industrial spare parts warehouses, these aluminum die-cast mounts are managed as maintenance components, replacements, or bulk project spares. Products can be delivered with specific part numbers, finishes, hole specifications, and packaging options to streamline inventory management. This facilitates quick matching and replacement during subsequent equipment maintenance.
We are a manufacturing company specializing in aluminum die casting, in-house tooling, and secondary processing for stable volumeproduction. With a practical engineering mindset and a production system built around repeatabity, we support customers from molddevelopment through mass production, delivering consistent parts with reliable lead time control.
Our core capability is high pressure die casting supported by dedicated machining and finishing operations. By managing tooling, processvalidation, and production control under one root we reduce quality variation and keep project schedules predictable. For customers whorequire ready-to-assemble parts, we provide drlling, tapping, trimming, and fixture-based machining to maintain dimensional consistency frombatch to batch.
To meet functional and appearance requirements, we offer surface preparation and finishing options incuding sandblasting and powdercoating. Each projectis handled with clear checkpoints, from incoming inspection and in-process controlto final inspection before shipmentwith documentation support for commercial-grade requirements and bulk orders.
We work as an OEM and ODM solution provider for global projiect buyers who value stable manufacturing. responsive engineering support, andlong -term production continuity. Whether you are developing a new product or optimizing an existing design, we focus on making parts that are consistent, scalable, and ready for real-world use.
