Brazil Standard Wall Socket 86x86 PC Flame Retardant Modular Electrical Outlet with USB Type C Charging Ports and Integrated Wall Light Switches

Precision Modular Engineering & Versatile Configuration

Designed to meet modern structural and architectural demands, this premium 86mm x 86mm electrical framework features an advanced modular assembly system. This customizable configuration enables seamless integration of different functional inserts into a single, cohesive plate footprint. Electrical contractors and interior designers can select from diverse, interchangeable layouts, such as pairing an individual 1-gang light switch with a dual socket base, utilizing a clean triple-socket array, or deploying a combined dual-plug setup backed by a dedicated low-voltage USB charging station. This adaptable modular grid provides efficient layout flexibility, cleanly separating or combining control circuits and appliance power sources within standard domestic mounting boxes.

High-Performance Material Integrity & Certified Structural Safety

Engineered for enduring resilience in high-use environments, the outer faceplate and functional housings are manufactured using high-temperature, flame-retardant Polycarbonate (PC) materials. This advanced engineering polymer exhibits excellent dimensional stability, ensuring the assembly remains flat and unwarping over years of continuous mechanical action. The structural housing is specifically formulated to mitigate thermal build-up and withstand intense heat, significantly minimizing localized fire hazards or deformation during simultaneous peak electrical loads. Built with an easy-to-clean exterior finish, the panel maintains surface clarity and resists staining, chemical yellowing, and abrasive scuffing across diverse residential and commercial installations.

Advanced Internal Protection Mechanisms

To satisfy international safety protocols, every socket aperture is equipped with an integrated safety shutter mechanism. This internal barrier prevents accidental contact with live electrical conductors, providing vital protection against foreign objects or improper insertion. Internally, the assembly features heavy-duty brass connections and robust grounding pathways designed to securely lock onto plug pins. This tight mechanical coupling reduces terminal resistance, dampens micro-arcing risks, and ensures stable current conductivity for both sensitive electronics and everyday high-power appliances.

Key attributes

Frequently Asked Questions (FAQs)

Q1: What specific configuration variants are available in this modular 86x86 plate series?

A1: This highly adaptable series features interchangeable 3-module plates that support multiple functional configurations. Standard configurations include a 1-gang light switch grouped with two standard outlets, a dedicated triple-socket panel, or a multi-functional layout consisting of two sockets alongside a dual USB-A and Type-C fast-charging module.

Q2: How does the flame-retardant PC panel material handle high operating temperatures?

A2: The wall plate and internal module bodies are molded from a premium flame-retardant Polycarbonate compound. This high-spec material is engineered to resist deformation under elevated thermal stress, ensuring that localized overheating from continuous electrical loads does not cause panel warping or ignite a fire hazard.

Q3: Are the electrical outlets safe for residential environments with children?

A3: Yes. Safety is an foundational engineering priority. Every socket module in this product line features an integrated safety shutter mechanism inside the receptacle apertures. These internal shutters remain securely locked to prevent accidental contact with live internal wiring, opening only when a standard plug is inserted evenly with correct mechanical alignment.

Q4: Can the integrated USB and Type-C charging ports power modern smartphones and mobile electronics?

A4: Yes. The specialized charging module combines a standard USB-A port with a contemporary Type-C slot within a single 25mm structural footprint. It safely steps down line voltage to supply stable low-voltage direct current, providing a reliable, space-saving charging station that eliminates the need for bulky external charging bricks.