Enclosure Structure Design
Meter boxes need strong, rigid bodies with flat mounting surfaces. Rib layout, wall thickness and corner reinforcement are reviewed for structural integrity during molding and service life.
SMC Electric Meter Box Compression Mold
SMC/FRP compression mold for electric meter boxes and electrical enclosures requiring insulation, weather resistance and structural strength.
Overview
Electric meter boxes protect electrical equipment in outdoor and indoor environments. SMC/FRP compression molding is widely used for these enclosures because of excellent electrical insulation, UV resistance, corrosion resistance and structural strength.
Shengqi reviews the meter box design including overall dimensions, door hinge mechanism, inspection window, seal groove, mounting brackets, cable entry knockouts and ventilation features before mold design.
For electrical enclosure molds, consistent part quality, reliable door fit and long-term weather resistance are key requirements that influence mold design decisions.
Engineering Focus Areas
Door and Hinge Mold Features
Door fit, hinge durability and locking mechanism interfaces require precise mold features. Parting line position and draft angle planning affect door assembly quality.
Insulation and Weather Protection
SMC/FRP material provides inherent insulation. Mold design also considers seal groove formation, drainage features and UV-stable surface finish.
Multi-Part Mold Coordination
Meter boxes typically include a base box, door and internal mounting plate. Multiple molds must be coordinated for consistent fit, color and surface quality across all components.
Quote Requirements
- Box design drawing with dimensions and wall thickness
- Door, hinge, lock and window specifications
- Cable entry, ventilation and mounting point details
- Electrical standard or utility specification if applicable
- Expected quantity and multi-part production requirements
Gallery
