The Terminal Block Housing serves as a robust protective shell and insulating body for multi-level terminal assemblies used in industrial switchgear, control…
Send us your technical drawings, samples, or exact panel specifications. We handle full tool/mold fabrication, precision polymer injection molding, and bulk delivery tailored strictly to your technical standards.
From initial spatial requirements and multi-tier structural design to DFM analysis, mold tooling, dielectric testing, and complete sub-assembly—we provide complete custom enclosure solutions ready for distribution.
The Terminal Block Housing serves as a robust protective shell and insulating body for multi-level terminal assemblies used in industrial switchgear, control panels, and automation cabinets. Featuring a compact vertical shelf design with individual compartment bays, it isolates conductive terminal clamps across multiple tiers, preventing electrical arcing and maximizing space efficiency in tight enclosures.
Multi-Tier Shelf Architecture: Tiered internal compartments allow multi-level wiring layouts, significantly reducing panel footprint while increasing connection density.
Phase Isolation Barriers: Integrated solid partition walls isolate adjacent terminal channels to prevent short circuits and electrical breakdown under high voltage.
Cable Insertion Guides: Molded side entry slots lead conductors directly into internal clamping points for fast, reliable wiring alignment.
High-Dielectric Polymer: Molded from durable, heat- and flame-retardant thermoplastic designed to endure harsh industrial environments and mechanical vibrations.
Modular Snap-Fit Mounting: Top and bottom mounting cutouts facilitate easy assembly with outer terminal covers or mounting rails.
Product Name: Terminal Block Housing / Multi-Tier Terminal Enclosure
Material: Flame-Retardant Dielectric Thermoplastic
Color: Industrial Dark Gray
Tier Configuration: Multi-Level / Stacked Bay Design
Mounting Type: Interlocking Snap-In / Chassis Mount
Applications: Control Panel Wiring, Industrial Automation, Switchgear Assemblies, Motor Control Centers (MCC), and Distribution Blocks
| Parameter | Reference Detail |
|---|---|
| Mold Application | Low-voltage electrical component housing |
| Mold Material | Selected according to project requirements |
| Number of Cavities | Determined after DFM evaluation |
| Plastic Material | Based on the product’s functional requirements |
| Surface Finish | Customized to the approved product design |
| Mold Life | Evaluated according to expected production volume |
| Lead Time | Confirmed after drawing review and project evaluation |
Jingmu develops custom molds and molded components from customer drawings or samples. Share the part geometry, assembly requirements, material specification and expected production volume so our engineering team can review feasibility.
Send 2D drawings or 3D CAD files, the required material, key dimensions and tolerances, expected quantities and any electrical or environmental requirements. If drawings are unavailable, contact us to discuss a sample-based review.
The team reviews material selection, mold structure, assembly fit and inspection needs during the DFM stage. Final specifications, trial requirements and delivery timing are agreed for the individual project before production.
Explore selected custom injection mold projects developed according to customer drawings, samples and specific application requirements.
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Explore moreFrom requirement review to final delivery, each stage is managed against the agreed technical and quality requirements.
Review the application, customer drawings, 3D models, material requirements, tolerances and technical specifications. Confirm manufacturability through DFM analysis and agree on key quality requirements.
Select suitable mold steel, plastic resin and purchased components according to the application, part performance, surface finish and expected production volume. Confirm material grades and applicable specifications.
Develop the 3D mold design and detailed drawings. Define the mold structure, part dimensions, gating, cooling, venting and ejection systems to meet the approved technical requirements.
Machine the mold frame and components to approved drawings, assemble the mold and conduct trial molding. Prepare samples and document trial conditions for review and validation.
Evaluate sample dimensions, appearance, assembly fit and applicable functional or performance requirements. Record results, resolve identified issues and obtain the required sample approval.
Begin controlled production after sample and specification approval. Follow the agreed process settings, inspection plan and assembly requirements to maintain consistent product quality.
Inspect finished molds or products for specified dimensions, structure, appearance and applicable functions. Review inspection results, traceability and quality records before shipment release.
Clean and protect the mold or products and use suitable packaging for shipment. Verify labels, quantities and delivery documents, then arrange delivery according to the agreed shipping requirements.
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