Rear Splash Guard Bracket

Surface Finishing of Rear Splash Guard Bracket – Polish / Texture

We use 600# sandpaper or similar particle-size abrasive tools to finely grind the surface of the product to remove surface roughness and imperfections, to achieve a smooth and even finish, and to enhance the gloss and finish of the exterior of the rear splash guard. After completing the polishing, we then texture the product to enhance the visual appeal and decorative effect of the rear splash guard.

Parting Line Design of Rear Splash Guard Bracket

In mold design, parting lines, and slider lines play a key role in the injection molding process. Red is the parting line, blue is the slider line.

Draft Angle Analysis of Rear Splash Guard Bracket

Draft angle analysis is a critical step in the design of plastic products to determine if the product geometry is suitable enough for mold making so that the molded part can be smoothly removed during demolding.

Sub-Insert Design of Rear Splash Guard Bracket

Sub-inserts are typically made from hardened materials to withstand repeated cycles and can be easily replaced during maintenance, reducing downtime. By isolating critical sections, sub-inserts improve mold longevity and simplify repairs, while also allowing for precise adjustments to part dimensions or surface finishes. Below is the core sub-inserts.

Ejector Design of Rear Splash Guard Bracket

Marked in red is the Ø4 ejector pin, a component that plays a key role in injection molding. The main function of the ejector pin is to eject the molded plastic part from the mold to ensure smooth demolding.

Gate Type & Location & Size of Rear Splash Guard Bracket

The mold integrates a YUDO hot nozzle, cold runner, and tunnel gate, creating an efficient injection molding system. The YUDO hot nozzle ensures uniform heating, keeping the plastic molten for consistent, high-quality parts. Cold runners effectively guide the material to the cavity, offering a cost-efficient solution adaptable to various applications. Tunnel gates are strategically designed to manage plastic flow and direction, promoting even cavity filling and enabling quick demolding. This combination balances precision, efficiency, and versatility in mold design.

Reasonable mold layout design needs to take into account factors such as the injection molding machine, mold, cooling system, operating space and molded product removal to ensure the efficient operation of the production process and the quality of the final product.

Before delivery, we will fully maintain and clean the molds to make sure the surface of the molds are smooth and internal impurities. Then anti-shock material and protective padding are packed and put into wooden crates and labeled with model and quantity information.