品牌:ABB | 規格: | 產地:瑞士 |
ZhongHaiDe (Fujian) Industrial Equipment Co., established in 2014 in Fuzhou, is a leading equipment supplier in the field of automation in China.
Our company distributes globally renowned brand industrial automation products mainly from Europe, the United States, Japan and other developed countries,such as ABB, Foxboro, Yaskawa, Sew and so on.
Among all these companies, Yaskawa as a world class Transmission Product Manufacturers from Japan, which has a history more than 100 years. It provide a lot kinds of products, such as inverters, servo drives, controllers and robots. It can provides our customers a lot of choices.
With professional and first-class technology and business team, our company provides customers with high quality products and perfect after-sales service. And we he formed a mature model for service of system users. It has realized the humanization of services, the simplification of processes and the standardization of management, effectively helping customers extend the life cycle of electrical equipment and reduce Operating costs, control the risk of stop production, increase production efficiency!
Our products are reliable and cost-effective, if you want to know more about our products, just click here: http://www.zhdfj.com/. or: fjzhdcm@outlook.com or ayj897463393@gmail.com. also you can add wechat :13376990653. QQ:3004650323 We’re looking forward to your visit.
P+F隔離柵KFD2-DWB-1.D
P+F隔離柵KFD2-CRG2-EX1.D
P+F隔離柵KFD2-CRG2-1.D
P+F隔離柵KFD2-BR-1.PA.93
P+F隔離柵KFD2-BR-1.PA.1500
P+F讀寫頭IUH-F190-V1-FR2
P+F讀寫頭IQT1-FP-R4-V1
P+F讀寫頭IQH1-FP-V1
P+F讀寫頭IQH1-F61-V1
P+F讀寫頭IPT1-FP
P+F讀寫頭IPH-L2-V1
P+F讀寫頭IPH-FP-V1
P+F讀寫頭IPH-F90A-V1
P+F控制接口單元IC-KP-B6-SUBD
P+F控制接口單元IC-KP2-2HB6-V15B
P+F控制接口單元IC-KP2-2HB17-2V1D
P+F控制接口單元IC-KP2-1HB17-2V1D
P+F通信模塊HD2-GTR-4PA
P+F編碼器FVS58N-032K2R3GN-0013U-PE:分子量聚是粘均分子量在6萬以上的線性結構聚(普通聚的分子量為2-3W),的相對分子量,賦予其超凡的使用性能。它幾乎採集了各種塑料的性能,其耐磨性,耐腐蝕性,耐低溫性,自潤滑性及抗衝擊性等五大方面的特性均具目前現有工程塑料之:1.耐磨性比碳鋼高7倍,比聚四氟高4倍2.衝擊輕度比聚碳酸酯高2倍,比ABS高4倍3.自潤滑性相當於F4,比鋼黃銅添加潤滑油後的潤滑性高4.耐腐蝕性,在的溫度和濕度範圍內能耐各種腐蝕性介質,及有機溶劑介質的作用,化學穩定性。