Plastic Housings for Consumer Electronics
From the shell in your hand to the features inside it. Custom molded housings and components planned around electronics, assembly and the final appearance.
Housings & enclosures · Material review · Sample approval
Designed around what goes inside.
An electronics enclosure does more than cover a circuit board. It locates components, supports the assembly and creates the surface your customer sees and touches.
Internal geometry
Coordinate mounting bosses, ribs, openings and component clearances with the housing design.
Assembly & appearance
Review the part interface, fastening approach and cosmetic faces together before sampling.
Built for the devices people use every day.
A component-led approach for new designs, replacement housings and products preparing for production.
Device Enclosures
Plan the cover, internal supports and component openings.
Game Controller Housings
Review grip shape, control apertures and shell assembly.
Connected Device Covers
Coordinate sensor openings, mounting and cover fit.
Speaker Housings
Define speaker openings and the mating enclosure geometry.
From the first drawing to the finished housing.
Combine the services your component needs, with the part and its assembly guiding the route.
Plastic Injection Molding
Custom housings and repeatable part production, planned around the resin and tooling.
Insert Injection Molding
Review molded-in fastening or contact features where the component needs them.
Surface Finishing
Bring color, texture and marking requirements into the component brief.
Start with the job the material must do.
Impact, handling, appearance and the operating environment all inform the resin review. The final grade follows the component requirements.
A starting point for detailed housings where appearance and everyday handling matter.
Consider for components with impact or clarity requirements, subject to grade and design review.
A potential housing material when the project calls for a balance of toughness and surface appearance.
Check the details that make the product work.
An approved sample gives the team a shared reference for the housing and its intended assembly.
01 / Fit & interfaces
Confirm board mounting, access openings and mating faces against the drawing.
02 / Visible surfaces
Agree on color, texture, marking positions and the faces that matter most.
03 / Inspection points
Define the dimensions, appearance and assembly checks used for sample approval.
Quality checks, connected to your drawing.
A useful inspection plan follows the component through incoming material, production and final release. Define the checks around the features your product depends on.
Start with the material brief.
Confirm the specified resin and the incoming requirements that matter to the component before production.
Check the part as it takes shape.
Review the agreed dimensions, molded features and visible surfaces during the production route.
Use a clear release reference.
Compare the finished parts with the drawing, approved sample and agreed inspection points before packing.
Plan protection around the part.
Surface finish, component geometry and the assembly destination all inform the packing brief.
A considered handoff for the finished housing.
Include packaging and delivery requirements in the project brief so the finished components reach the next stage ready for handling.
Protect the visible surfaces
Discuss separation, wrapping and contact areas around cosmetic faces or delicate features.
Keep components identifiable
Agree on part grouping, quantity per pack and any labeling or assembly-set requirements.
Confirm the delivery brief
Share the destination, shipment quantity and handling needs so packing and dispatch can be coordinated.
Frequently Asked Questions
Practical answers for planning your next electronic housing or component.
What information helps you review an electronics housing?
Share 2D or 3D drawings, the intended application, preferred material, target quantity and any appearance or assembly requirements.
Can the housing include bosses, openings and ventilation?
These features can be reviewed with the overall geometry, resin and tool concept. Mark critical interfaces and clearances on the drawing.
Can you help compare material options?
Share the operating conditions and the properties the housing needs so suitable resin options can be considered for the component.
How do we define the surface appearance?
Provide a color, texture or marking reference and identify the important cosmetic faces. Samples can then be reviewed against the agreed brief.
What should we check before repeat production?
Review assembly fit, critical dimensions and appearance on the sample, using the agreed drawing and inspection requirements as the reference.
Start with your housing. We’ll review the route.
Send the drawing and tell us what the part needs to do. Include material preferences, quantity and any fit or appearance requirements.
Wang Xuehai / Sales Manager
Linqing Haixiang Plastic Products Co., Ltd.
Linqing City, Shandong Province, China