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Copper-coated steel fiber

Copper-coated steel fiber emerges as a revolutionary solution, seamlessly integrating the strength of steel with the conductivity of copper to deliver a versatile and high-performance material with a myriad of applications. From reinforced concrete structures to electromagnetic shielding, this innovative product embodies a host of distinctive features that make it indispensable across various industries worldwide.

Commodity name： Copper-coated steel fiber

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Nominal diameter d/mm	Allowable deviation mm	Tensile strength Mpa	Torsion value/time Not less than	Repeated bending/time Not less than	Knot strength rate/% Not less than
0.20	±0.010	2150-2450(LT)	70	125	58
		2450-2750(NT)	70	125	58
		2750-3050(HT)	65	125	56
		3050-3350(ST)	60	110	54
0.25	±0.010	2150-2450(LT)	70	125	58
		2450-2750(NT)	70	125	58
		2750-3050(HT)	65	105	56
		3050-3350(ST)	60	75	54
0.28	±0.010	2150-2450(LT)	70	125	58
		2450-2750(NT)	70	125	58
		2750-3050(HT)	65	105	56
		3050-3350(ST)	60	75	54
0.295	±0.010	2150-2450(LT)	65	105	58
		2450-2750(NT)	60	95	58
		2750-3050(HT)	60	85	56
		3050-3350(ST)	50	60	54
0.30	±0.010	2150-2450(LT)	65	105	58
		2450-2750(NT)	60	95	58
		2750-3050(HT)	60	85	56
		3050-3350(ST)	50	60	54
0.35	±0.015	2150-2450(LT)	65	60	58
		2450-2750(NT)	60	60	58
		2750-3050(HT)	60	55	56
		3050-3350(ST)	50	50	54
0.38	±0.015	2150-2450(LT)	65	60	58
		2450-2750(NT)	60	60	58
		2750-3050(HT)	60	55	56
		3050-3350(ST)	50	45	54
0.40	±0.015	2150-2450(LT)	65	55	58
		2450-2750(NT)	60	55	58
		2750-3050(HT)	60	55	56
		3050-3350(ST)	50	45	54
0.45	±0.015	2150-2450(LT)	60	45	58
		2450-2750(NT)	60	45	58
		2750-3050(HT)	50	40	56
0.50	±0.015	2150-2450(LT)	60	40	55
		2450-2750(NT)	60	35	55
		2750-3050(HT)	50	30	55
0.56	±0.015	2150-2450(LT)	60	35	55
		2450-2750(NT)	60	30	55
		2750-3050(HT)	50	25	55
0.60	±0.015	2150-2450(LT)	60	30	55
		2450-2750(NT)	50	25	55
		2750-3050(HT)	40	20	55
0.65	±0.015	2150-2450(LT)	55	25	55
		2450-2750(NT)	50	20	55
		2750-3050(HT)	40	18	55

At the heart of its allure is its exceptional conductivity, achieved through the precise fusion of copper into steel fibers. By utilizing advanced metallurgical techniques, the steel fibers are meticulously coated with a layer of copper, creating a seamless interface that facilitates efficient electrical conduction. This enhanced conductivity renders copper-coated steel fiber ideal for applications requiring electromagnetic shielding, grounding systems, and electrical circuitry, ensuring reliable performance in diverse environments.

Furthermore, copper-coated steel fiber offers unparalleled strength and durability, owing to the inherent properties of its constituent materials. The steel core provides structural integrity and resilience, enabling the fiber to withstand high mechanical stresses, including tension, compression, and bending, without compromising its performance. Meanwhile, the copper coating serves as a protective barrier against corrosion, oxidation, and environmental degradation, ensuring prolonged longevity and reliability in harsh conditions.

Moreover, copper-coated steel fiber exhibits exceptional versatility, adapting to a wide range of applications and specifications with ease. Available in various lengths, diameters, and configurations, including straight fibers, chopped fibers, and mesh reinforcements, it can be tailored to suit specific project requirements. Whether used in structural reinforcement, composite materials, or textile manufacturing, copper-coated steel fiber offers unmatched versatility, meeting the diverse needs of modern industries.

Additionally, copper-coated steel fiber facilitates ease of installation and integration, further enhancing its appeal in various applications. Its lightweight and malleable nature allows for effortless handling and placement within concrete, composites, or other matrices, reducing labor costs and construction time. Additionally, its compatibility with existing manufacturing processes ensures seamless integration into production lines, enabling enhanced performance and efficiency.

In conclusion, copper-coated steel fiber stands as a testament to innovation and excellence in material engineering, offering a harmonious blend of conductivity, strength, and versatility. From its superior electrical performance to its robust mechanical properties and ease of integration, it embodies a comprehensive suite of features that cater to the evolving needs of modern industries. Whether reinforcing structures, shielding electromagnetic interference, or enhancing manufacturing processes, copper-coated steel fiber remains an indispensable asset, driving progress and innovation across diverse sectors.

Key words:

Zinc-coated wire | Galvanized Wire | Spool Wire | Barbed Wire | Steel strand

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