Facebook
Language
English
日本語
Deutsch
Français
Español
Русский
Português
繁體中文
简体中文
Italiano
한국어
ဗမာ
ไทย
Tiếng Việt
Polskie
عربي
Hindi
Bahasa Indonesia
Back
Home
About Us
Products
Knowledge
Info
Contact Us
English日本語DeutschFrançaisEspañolРусскийPortuguês繁體中文简体中文Italiano한국어ဗမာไทยTiếng ViệtPolskieعربيHindiBahasa Indonesia
Get a Quote
Back
Our team
Factory Equipment
Testing Equipment
Certification
Development History
Why Choose Us
FAQ
Underwater Connectors
M8 / M12 connector
M8 connector
M12 connector
M16 connector
Power connector
metal shell
plastic shell
metal+plastic shell
push-pull coupling
threaded coupling
bayonet coupling
waterproof connector
Aviation connector
Signal connector
metal shell
plastic shell
metal+plastic shell
push-pull coupling
threaded coupling
bayonet coupling
waterproof connector
Terminal Block
Cold Crimping Termial
Din rail terminal block connector
Energy Storage Connector
Heavy duty connector
4 pins
5 pins
6 pins
10 pins
16 pins
24 pins
RJ45 / USB connector
RJ45 connector
USB connector
Customized wire harness and others
Custom wiring harness
Cnlinko Series Products
Wiring Accessories
Wiring Duct
Cable Tie
Cable Gland
Blog
Wholesale ROV Underwater Connectors
English日本語DeutschFrançaisEspañolРусскийPortuguês繁體中文简体中文Italiano한국어ဗမာไทยTiếng ViệtPolskieعربيHindiBahasa Indonesia
Get a Quote
Home > News
Categories

News

Why Heat Dissipation Design is More Critical for High-Current Connectors | Leaka

Why Heat Dissipation Design is More Critical for High-Current Connectors | Leaka
2026-06-11
High-current connectors face exponential Joule heating. Learn how Leaka implements heat sink ribs, silver-plated copper alloy, and thermal analysis to prevent thermal runaway
MORE DETAILS
Why Connector Contacts Cannot Have Sharp Edges or Burrs: Micro-Defects, Macro-Failures | Leaka

Why Connector Contacts Cannot Have Sharp Edges or Burrs: Micro-Defects, Macro-Failures | Leaka
2026-06-08
Burrs and sharp edges on connector contacts are invisible killers of system reliability. Learn about electro-static discharge, signal reflection, and Leaka's electrochemical de-burring process.
MORE DETAILS
Why Plastic Connectors Must Undergo UV Aging Resistance Testing | Leaka

Why Plastic Connectors Must Undergo UV Aging Resistance Testing | Leaka
2026-06-06
UV radiation can destroy standard plastic connectors in 1-2 years. Learn about photo-oxidation mechanisms and Leaka's Agile Engineering testing for long-term outdoor reliability. Keywords: UV aging test, plastic connector reliability, photo-oxidation, PA66 UV resistance, Leaka agile engineering, outdoor interconnects, ISO 4892-3.
MORE DETAILS
Why Connector Life Cycle Testing Must Include "Partial Mating" Verification | Leaka

Why Connector Life Cycle Testing Must Include "Partial Mating" Verification | Leaka
2026-06-05
Lab-perfect connectors often fail in the field due to improper mating. Learn why Leaka simulates "half-mating" status to ensure electrical reliability under loose-fit conditions
MORE DETAILS
Beyond Blueprints: Why Physical Pinout Labeling is Critical for Multi-Pin Connectors | Leaka

Beyond Blueprints: Why Physical Pinout Labeling is Critical for Multi-Pin Connectors | Leaka
2026-06-04
Relying on drawings for multi-pin connector pinouts leads to high error rates. Discover Leaka’s Agile Engineering solutions: laser etching, wire markers, and physical Poka-Yoke.
MORE DETAILS
Why IP Testing Must Simulate Real-World Installation | Leaka Agile Engineering

Why IP Testing Must Simulate Real-World Installation | Leaka Agile Engineering
2026-06-01
Lab-tested IP67 often fails in the field. Learn why simulating torque, cable bending, and adjacent interference is critical for connector ingress protection.
MORE DETAILS
Why Connector Metal Parts Corrode in Humid Environments: Electrochemical Analysis | Leaka

Why Connector Metal Parts Corrode in Humid Environments: Electrochemical Analysis | Leaka
2026-05-29
Explore the root causes of electrochemical corrosion in connectors. Learn about the galvanic effect, electrolyte solutions, and Leaka’s agile engineering protection strategies for harsh environments.
MORE DETAILS
Pull-Force Testing: Engineering the Lifeline of Wire-to-Connector Integrity | Leaka

Pull-Force Testing: Engineering the Lifeline of Wire-to-Connector Integrity | Leaka
2026-05-28
Why is pull-force testing mandatory for connector wire fixing? Explore mechanical strength, contact resistance decay, and thermal runaway risks in EV and industrial sectors.
MORE DETAILS
Go to page
Products
About Us
Knowledge
Contact Us
Leave a message
Name
Email*
Whatsapp/Phone
Message