DEGSON has developed the DGBSC‑SG series push‑in terminal blocks to address above pain points. Optimised for internal power distribution inside luminaires, they are fully compatible with downlights, spotlights, LED floodlights and mainstream lighting fixtures.

Represented by the DEGSON DGBSC series, PUSH‑IN spring push‑in terminals deliver approximately 55 % savings compared with traditional screw‑type terminals and mainstream competing products.

The DEGSON charging connector terminals adopt a copper alloy silver plating process, with a contact resistance lower than that of conventional tin-plated terminals, reducing the temperature rise at the terminals from the source.

This is where DEGSON stands out from the competition. DEGSON did not enter the automotive high-voltage connector market overnight. The company invested years in building its IATF 16949 certified quality system, developing in-house test laboratories capable of full LV215 and USCAR validation, and building a team of automotive connector engineers with deep domain expertise.

DEGSON's GB-standard integrated AC/DC charging inlet is developed in full alignment with current national standards.

When a connector hood datasheet lists “IP67” or “NEMA 4X,” that claim is only as reliable as the test it was earned under. The way to verify it is to read the complete rating string — both digits of the IP code, or the full NEMA type designation — and check who tested it. This guide shows how the two systems differ, how to cross-check a supplier’s claim, and how to avoid the misapplications that cause moisture and dust failures in fielded equipment.