Harmonized Cables – High-Quality Flex Cables Manufacturer in India
Megacab offers premium Harmonized Cables, designed to provide superior flexibility, reliability, and performance in a wide range of electrical and industrial applications. Built to meet international standards, our harmonized cables deliver consistent conductivity, mechanical strength, and durability, making them an ideal choice for power distribution, wiring, and industrial connectivity.
What Are Harmonized Cables?
Harmonized cables are flexible electrical cables manufactured according to international harmonized standards (such as HD 516, IEC, IS), ensuring uniform quality, performance, and safety. These cables are used in applications that require flexibility alongside reliable electrical conduction — such as appliance wiring, power tools, switchboards, motor connections, and control panels.
Megacab harmonized cables are engineered with high-grade conductors and robust insulation materials to meet global performance and safety expectations.
✔ Highly Flexible Construction
Made with fine-stranded conductors, these cables offer excellent flexibility for easy installation in confined spaces and movable equipment.
✔ Superior Electrical Performance
High-quality copper conductors ensure efficient current flow with low resistance and minimal power loss.
✔ Durable Insulation & Sheathing
Premium insulation and protective sheaths provide resistance to heat, moisture, abrasion, and mechanical wear.
✔ Wide Application Range
Harmonized cables are suitable for use in appliances, power tools, industrial machinery, control panels, and more.
✔ Compliance with Global Standards
Manufactured as per harmonized norms to ensure consistent performance, safety, and quality across applications.
Applications of Megacab Harmonized Cables
Megacab harmonized cables are widely used for:
Domestic and industrial wiring
Power tool connections
Motor and appliance wiring
Control panels and switchgear systems
Portable and movable electrical equipment
Lighting and power circuits
Their flexibility and durability make them suitable for complex routing and demanding electrical setups.
Quality Materials & Construction
Megacab harmonized cables are manufactured using:
Fine-stranded copper conductors for enhanced flexibility and conductivity
Quality insulation material for safety and long service life
Robust outer sheathing to resist wear, abrasion, and environmental stress
Precision manufacturing standards to ensure uniform quality
All cables undergo thorough quality checks to ensure reliable performance under varied electrical and mechanical conditions.
Why Choose Megacab Harmonized Cables?
Excellent flexibility and handling
Long-lasting performance with minimal maintenance
Superior electrical & mechanical strength
Compliant with harmonized standards
Ideal for industrial and household wiring
Megacab harmonized cables deliver dependable performance for a diverse range of electrical applications requiring flexibility and quality.
Related Products:
HO5V-U,HO7V-U
H05V-R, H07V-R
H05V-K, H07V-K
H05V2-R, H07V2-R
H05V2-U, H07V2-U
H05V2-K, H07V2-K
H05VV-F, H05V2V2-F
H07RN-F
Frequently Asked Questions (FAQs)
Harmonized cables are flexible electrical cables manufactured according to internationally recognized standards. They are designed to ensure uniform safety, performance, and reliability across various electrical applications.
Harmonized cables are widely used in:
Electrical appliances
Power tools
Control panels
Switchgear systems
Industrial machinery
Domestic wiring
They are ideal for both fixed and movable installations.
Harmonized cables:
Follow international standard specifications
Offer high flexibility due to fine-stranded conductors
Provide consistent quality and safety
Are suitable for portable and movable equipment
Yes, Megacab Harmonized Cables are made with fine-stranded copper conductors, which provide excellent flexibility and make installation easier in confined spaces.
These cables are typically insulated with high-quality PVC or other approved materials that provide resistance to heat, moisture, and mechanical stress.

