MAXIFLEX is changing the face of energy distribution distribution.
Eliminate the difficulties associated with installing multiple cables per phase and the tedious, time-consuming assembly of rigid busbar systems, which not only complicate installations, but also increase labor costs and leave little room for flexibility when adjustments are required.
ELECTRICAL PROPERTIES
Operating voltages 100 V AC.
Dielectric strength 20 kV/mm.
Rated voltage 1000V AC / 1500V DC
Temperature range 40°C to + 105°C.
FLEXIBLE BARS
Blade thickness 0.8 to 1 mm.
Blade width from 9 to 100 mm.
Number of blades from 1 to 12.
Standard length 2000 mm (-0/+5 mm), 3000 mm (-0/+5 mm) and up to 4000 mm on request.
Surface treatment electrolytic tin plating on request.
MarkingMAXIFLEX label and dimensions (width x thickness x number of copper blades).
COPPER
Electrolytic copper Cu-ETP (R200) with minimum Cu content of 99.90%.
Standards EN 13599.
Conductivity > 100 IACS.
HV : < 50.
Tensile strength Rm > 200 N/cm².
Elongation after breakage > 35%.
Resistivity 0.01724 Ω/mm² at 20°c.
INSULATION
High-quality PVC sheathing, Class II, in compliance with EN 61439.
Thickness 1.65 mm, Ø 1.85 mm (special dimensions on request).
Flame resistance UL 94 V0.
Elongation at break : > 200%.
Breaking strength Tensile strength : > 15 N/mm².
Standards UL 67, UL 891, UL 758, UL 83, UL 1581, CSA C22.2 No. 75-M1983, CSA C22.2
No.0.3-1, CSA C22.2 No. 29-M1983, UL 94, AVLV2.E470759, AVLV8.E470759 Wiring material for devices certified for Canada
Component, CSA C22.2 n°210, VW-1 FT1, according to EN 13599, flame rating IEC 60332-1-1
IEC 60332-2-2, IEC TS 60695-11-21
Applications
Our copper solutions are tailored to your every need, and integrate perfectly into every stage of your products.
Space-saving design
The slim, flexible profile of MAXIFLEX™ reduces weight, shipping costs and installation space.
Customizable solutions
Designed to meet specific needs, MAXIFLEX™ handles high current loads with low resistance.
Enhanced durability
With MAXIFLEX™, connections are made directly, without cable lugs, offering a more reliable solution than traditional cable and lug configurations. By integrating MAXIFLEX™, you simplify your design, eliminate clutter and free up valuable space to improve airflow in your cabinets, creating a cleaner, more efficient system.
MAXIFLEX revolutionizes energy distribution
MAXIFLEX transforms high-current, low-voltage power distribution thanks to its innovative hybrid design, which combines the flexibility of cable with the efficiency of copper busbars. Traditional systems, whether rigid busbars or cumbersome multi-cable configurations, increase labor costs and complicate installations. MAXIFLEX eliminates these challenges by offering a streamlined, space-saving and cost-effective solution. Whether powering industrial machinery, renewable energy systems or electric vehicles, MAXIFLEX offers unrivalled reliability and adaptability to meet the demands of modern applications.
Unique performance and flexibility
Designed for efficiency and ease of use, MAXIFLEX offers a near-zero bending radius, enabling the creation of direct, optimized power paths without the need for crimp lugs or multiple cables per phase. It supports up to 2,500 amperes in a single flat conductor and folds into place, reducing costly rework. UL 758 and UL 67 certified, MAXIFLEX operates at voltages up to 1000V and withstands temperatures up to 105°C, guaranteeing superior power density, safety and durability. Whether used in control panels, switchgear, data centers or UPS systems, MAXIFLEX simplifies installations, improves airflow and creates a cleaner, more efficient system. For fully customized solutions, GCI offers MAXIFLEX custom designs, tailored to your exact specifications. Contact us at MAXIFLEX@GINDRE.COM.
Our industries
From power generation to distribution, our copper supports projects in industry and electric mobility.
Co-development of busbars for batteries and motors
Vehicle and locomotive busbars have to be constantly rethought in terms of cross-sections, shapes and materials to meet safety and energy performance requirements.
Multiphysics software for copper cross-section optimization
Copper, crucial to the energy and digital transition, is used in power generation, power supplies and vehicles. With demand set to double in 5 years, busbars need to be rethought to reduce copper usage while maintaining their performance and durability.
Upcycling - virtuous recycling of copper scrap
Copper is essential for the energy and digital transition, with the European objective of 25% recycled materials by 2030. Strong demand is coming from the electricity and transport sectors. The Gindre Group and Montanwerke Brixlegg, both active in recycling, already comply with environmental standards.
Our other products
Looking for a customized solution?
Get in touch with us! We're ready to create custom designs to meet your needs!
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