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Tellurium Copper Rod

Our company produces high conductivity and easy-cutting C14500 alloy, which is extruded by a 3250-ton large tonnage press to achieve uniform structure, stable product performance, and excellent surface quality. It has excellent cutting performance, arc resistance, and corrosion resistance. The conductivity ranges from 85-94%IACS. It is mainly used in new energy vehicle charging connectors, plasma cutting nozzles, communication connector components, etc. Jintian has earned a reputation as a proficient and trustworthy copper rod supplier in the market, demonstrating a dedication to delivering top-notch quality.

Products

Tellurium Copper Rod Performance Advantages

Tellurium Copper Rod has good thermal conductivity, as well as characteristics such as resistance to welding, arc resistance, etc., which can effectively reduce material burnout.
The cutting performance of C14500 can reach 85% of C3600, and it is not easy to stick to the tool during turning, making the processing efficiency 1-2 times higher than that of brass.

Application Fields

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Tellurium Copper Rod Performance Parameter

Specifications	Unit Weight	O.D	I.D	Bottom Wall Thickness TW	Fin Groove Depth HF	Total Wall Thickness	Apex Angle	Helix Angle	Numble of Tooth
	(g/m)
∅5.00*0.20+0.15-18°	33.00	5.00	4.30	0.20	0,15	35.00	40.00	13.00	40.00

∅7.0*0.23+0.12-17°	47.50	7.00	630.00	23.00	0.12	0.35	40.00	17.00	65.00

∅7.00*0.25+0.18-18°	57.00	7.00	6.M	0.25	0.18	43.00	40.00	13.00	50.00

∅7.00*0.27+0.15-18°	60.00	7.00	6.16	0.27	0.15	0.42	53.00	13.00	60.00

∅7.94*0.25+0.18-18°	65.00	7.94	7.03	0.25	0.13	0.43	40.00	13.00	50.00

∅7.94*0.26+0.17-18°	65.00	7.94	708.00	0.26	0.17	43.00	40.00	13.00	50.00

∅7.94*0.30+0.20-18°	76.00	7.94	6.94	0.30	0.20	50.00	40.00	13.00	SO

∅9.52*0.28+0.12-15°	30.00	9.52	372.00	0.28	0.12	0.40	53.00	15.00	65.00

∅9.52*0.28+0.15-25°	38.00	9.52	8.66	0.28	0.15	0.43	90.00	25.00	65.00

∅9.52*0.28+0.20-18°	33.00	9.52	856.00	0.23	0.20	0.43	40.00	13.00	60.00

∅9.52*0.30+0.20-18°	94.00	9.52	8.52	0.30	0.20	0.50	53.00	13.00	60.00

∅9.52*0.40+0.25-18°	123.00	9.52	322.00	0.40	0.25	0.65	40.00	13.00	60.00

∅12.70*0.35+0.25-18°	155.00	1Z/0	11.50	0.35	25.00	0.60	53.00	13.00	70.00

∅12.70*0.50+0.25-18°	201.00	12.70	11.20	0.50	0.25	0.75	53.00	13.00	75.00

Production Process

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Raw materials

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02

Medium frequency furnace melting

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In-furnace analysis

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Semi-continuous casting

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Extrusion

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06

Round plate/straight bar

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07

Horizontal/vertical drawing

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Ultrasonic flaw detection

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Fixed-length cutting

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Packaging

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Copper & Brass & Bronze Rod FAQs

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How can you tell the difference between copper brass and bronze?
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Copper Cu content is generally > 99.90%, the content is relatively pure. It has good electrical conductivity and thermal conductivity, excellent plasticity, but the strength and hardness are weak, easy to hot pressing and cold pressure processing.
Bronze is an alloy added tin, lead or other elements to copper. It has high hardness, plasticity, wear resistance, corrosion resistance. It is used in casting various utensils, mechanical parts, bearings and so on.
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Are bronze and brass stronger than copper?
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Bronze and brass will add Mn, Al, Sn, Pb, Ni and other alloying elements.
These elements in solid solution or in-situ reaction synthesis in the second phase exists in the form of copper matrix, by the second phase strengthening and solid solution or other processing way to improve the mechanical properties of the alloy, copper and copper content > 99.90%, the content is relatively pure, no second phase strengthening, So bronze and brass is stronger than copper. If you're keen to delve deeper into the specifics of our products like bronze rod or lead-free brass rod or others, feel free to CONTACT US. We're here to provide you with comprehensive details tailored to your business needs.
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Which is better copper or bronze?
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Copper has good electrical conductivity and thermal conductivity, excellent plasticity, but the strength and hardness are weak, easy to hot pressing and cold pressure processing.
Bronze has high hardness, plasticity, wear resistance, corrosion resistance. It is used in casting various utensils, mechanical parts, bearings and etc.
The application decides which raw material is better.