100% Original Factory Cw110c Strip - 2019 New Style China Leaded Beryllium Copper Alloys (CuBe2Pb-C17300) – Kinkou
100% Original Factory Cw110c Strip - 2019 New Style China Leaded Beryllium Copper Alloys (CuBe2Pb-C17300) – Kinkou Detail:
Innovation, excellent and reliability are the core values of our business. These principles today additional than ever form the basis of our success as an internationally active mid-size firm for 2019 New Style China Leaded Beryllium Copper Alloys (CuBe2Pb-C17300), As an experienced group we also accept custom-made orders. The main intention of our firm is to build up a satisfying memory for all consumers, and set up a long-term win-win small business connection.
Innovation, excellent and reliability are the core values of our business. These principles today additional than ever form the basis of our success as an internationally active mid-size firm for China Copper Beryllium Rod, Leaded Beryllium Copper, Corporate goal: Customers’ satisfaction is our goal, and sincerely hope to establish long-terms stable cooperative relations with customers to jointly develop the market. Building brilliant tomorrow together!Our company regards “reasonable prices, efficient production time and good after-sales service” as our tenet. We hope to cooperate with more customers for mutual development and benefits. We welcome potential buyers to contact us.
The product has been classified as the high-tech products (new material category) in Jiangsu Province since 2013. It adopts the short process technology (6 patents) with independent intellectual property rights, which initially developed the high-intensity high-conductivity free-cutting high precision beryllium copper rod and closured domestic dependence status quo of importing the superior high-intensity high-conductivity free-cutting high precision beryllium copper rod. Currently, there are six clients ranking in Top 10 Manufacturers of Global Radio-frequency Connector.
1. Chemical Composition of C17300
Model |
Be |
Ni+Co |
Ni+Co+Fe |
Pb |
Cu |
C17300 |
1.8-2.0 |
≥0.20 |
≤0.6 |
0.2-0.6 |
Remnant |
2. Physical And Mechanical Properties of C17300
State |
Heat Treatment |
Diameter (mm) |
Tensile Strength(MPa) |
Yield Strength(MPa) |
Elongation 4xD(%) |
Hardness |
Electrical Conductivity (IACS,%) |
|
HV0.5 |
HRB or HRC |
|||||||
TB00 |
775℃~800℃ |
All |
410-590 |
>140 |
>20 |
159-162 |
B45-B85 |
15-19 |
TD04 |
775℃~800℃ Solution+Cold Process Hardening |
8-20 |
620-860 |
>520 |
>8 |
175-257 |
B88-B102 |
15-19 |
0.6-8 |
620-900 |
>520 |
>8 |
175-260 |
B88-B103 |
|||
TH04 |
315℃x1~2hr |
8-20 |
1140-1380 |
>930 |
>20 |
345-406 |
C27-C44 |
23-28 |
0.6-8 |
1210-1450 |
>1000 |
>4 |
354-415 |
C38-C45 |
3. Cutting Performance of C17300
Equivalent to 65% of the machinability of brass C3600
4. Application Fields of C17300
It’s mainly used in coaxial connector,probe,communication,military aerospace
Product detail pictures:
Related Product Guide:
"Sincerity, Innovation, Rigorousness, and Efficiency" will be the persistent conception of our company to the long-term to establish together with customers for mutual reciprocity and mutual gain for 100% Original Factory Cw110c Strip - 2019 New Style China Leaded Beryllium Copper Alloys (CuBe2Pb-C17300) – Kinkou , The product will supply to all over the world, such as: Cyprus, Russia, Bangkok, If you are for any reason unsure which product to select, do not hesitate to contact us and we are going to be delighted to advise and assist you. This way we are going to be providing you with all the knowledge needed to make the best choice. Our company strictly follows "Survive by good quality, Develop by keeping good credit. " operation policy. Welcome all the clients old and new to visit our company and talk about the business. We have been looking for more and more customers to create the glorious future.
By Antonio from Russia - 2018.04.25 16:46
This is a honest and trustworthy company, technology and equipment are very advanced and the prodduct is very adequate, there is no worry in the suppliment.
By Daphne from Brazil - 2017.05.02 11:33