Latest news
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DEGSON Becomes China's First Terminal Manufacturer to Achieve VDE-TDAP Stage 3 Certification
On January 12, 2026, DEGSON and VDE Testing and Certification Institute (VDE) jointly held the VDE-TDAP Stage 3 Certificate Awarding Ceremony and "VDE Strategic Partner" Plaque Presentation in Ningbo, China.
Press release
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What Anti-Aging Designs Enable EV Charging Cables to Resist UV Radiation for Long-Term Outdoor Deployment?
Outdoor charging stations are continuously exposed to intense ultraviolet rays and drastic temperature fluctuations year-round. Without proper protection, the housings and cables of charging cables tend to yellow, crack and turn brittle. Leading manufacturers across the industry develop UV-resistant weatherproof products via a dual strategy of modified raw materials and structural shielding, establishing standardized anti-aging systems for outdoor applications.
2026-08-19 14:00
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What Factors Affect the Outdoor Service Life of EV Charging Cables?
DEGSON EV charging cables are engineered specifically to address the factors that shorten outdoor service life
2026-08-19 11:09
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What reliable anti-freeze charging cable models are available for cold northern European regions?
DEGSON charging cables are rated for -40°C to +50°C operation. The cable materials remain flexible at -40°C, seals maintain their integrity, and contacts deliver consistent electrical performance. Storage temperature ranges from -40°C to +80°C, ensuring the product survives even the coldest nights.
2026-08-19 10:54
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How PUSH-SNAP Spring Connection Technology Redefines Tool-Free PCB Wiring Efficiency | DEGSON
PUSH-SNAP technology realizes a comprehensive upgrade over traditional cage spring structures. Traditional springs remain tightly closed in standby status, requiring forced insertion to overcome tension. In contrast, the PUSH-SNAP preloaded spring structure keeps the spring automatically open in standby mode, restructuring the wiring logic and achieving revolutionary improvements in efficiency and user experience.
2026-08-18 16:38
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How 800V High-Voltage Platforms Reshape EV Connector Design and Specifications
The most immediate impact of moving to 800 V is a significant increase in required creepage distance and clearance. Per IEC 60664-1 insulation coordination principles, both parameters scale approximately linearly with working voltage for a given pollution degree and material group. For typical automotive conditions — pollution degree 2, material group IIIa — moving from 400 V to 800 V DC nearly doubles the minimum required creepage distance, from roughly 6 mm to well over 10 mm for basic insulation. Clearance requirements grow by a similar margin.
2026-08-18 16:30
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DEGSON 9EDGCP Series Crimp-Type Pluggable Connectors
The newly launched DEGSON 9EDGCP series adopts mature industrial crimp technology as its core, covering full mainstream pitches and diverse mounting structures. It delivers a standardized, high-efficiency and highly reliable all-in-one connection solution for wire-to-board, wire-to-wire and panel-feed-through interconnections.
2026-08-18 16:11