Jiangsu Profile
Product List
31996. Wholesale Price AWG 20 21 22 23 Swg CuNi1 Resistance Wire for Heating Element by Spool Coil 
[Jun 07, 2024]
[Jun 07, 2024] Product Description Copper Nickel (CuNi) alloys are medium to low resistance materials typically used in applications with maximum operating temperatures up to 400°C (750°F). With low temperature coefficients ...
31997. Hydraulic Single Mast Lift [Jun 07, 2024]
[Jun 07, 2024] Product Parameters Model GTWY1-8 Max. Working Height(M) 9.8 Max. Platform Height(M) 7.8 Loading Capacity(KG) 150 Occupants 1 Platform Diemension(M) 0.67*0.66 Overall ...
31998. 14m Single Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY1-12 Max. Working Height(M) 14 Max. Platform Height(M) 12 Loading Capacity(KG) 120 Occupants 1 Platform Diemension(M) 0.67*0.66 Overall ...
31999. 12.4m Single Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY1-9 Max. Working Height(M) 12.4 Max. Platform Height(M) 10.4 Loading Capacity(KG) 136 Occupants 1 Platform Diemension(M) 0.67*0.66 Overall ...
32000. 18m Double Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY2-16 Max. Working Height(M) 18 Max. Platform Height(M) 16 Loading Capacity(KG) 150 Occupants 1 Platform Diemension(M) 1.8*0.7 Overall ...
32001. 15.6m Double Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY2-14 Max. Working Height(M) 15.6 Max. Platform Height(M) 13.6 Loading Capacity(KG) 200 Occupants 2 Platform Diemension(M) 1.8*0.7 Overall ...
32002. 14.2m Double Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY2-12 Max. Working Height(M) 14.2 Max. Platform Height(M) 12.2 Loading Capacity(KG) 250 Occupants 2 Platform Diemension(M) 1.45*0.7 Overall ...
32003. 12.6m Double Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY2-10 Max. Working Height(M) 12.6 Max. Platform Height(M) 10.6 Loading Capacity(KG) 250 Occupants 2 Platform Diemension(M) 1.45*0.7 Overall ...
32004. 11.3m Double Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY2-9 Max. Working Height(M) 11.3 Max. Platform Height(M) 9.3 Loading Capacity(KG) 250 Occupants 2 Platform Diemension(M) 1.45*0.7 Overall ...
32005. 9.8m Double Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY2-8 Max. Working Height(M) 9.8 Max. Platform Height(M) 7.8 Loading Capacity(KG) 250 Occupants 2 Platform Diemension(M) 1.45*0.7 Overall ...
32006. 9.8m Single Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY1-8 Max. Working Height(M) 9.8 Max. Platform Height(M) 7.8 Loading Capacity(KG) 150 Occupants 1 Platform Diemension(M) 0.67*0.66 Overall ...
32007. 11.2m Single Aluminum Mast Lift Aerial Working Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY1-9 Max. Working Height(M) 11.2 Max. Platform Height(M) 9.2 Loading Capacity(KG) 150 Occupants 1 Platform Diemension(M) 0.67*0.66 Overall ...
32008. Single Aluminum Mast Lift Aerial Work Platform [May 07, 2024]
[May 07, 2024] Product Parameters Model GTWY1-5 Max. Working Height(M) 6.7 Max. Platform Height(M) 4.7 Loading Capacity(KG) 150 Occupants 1 Platform Diemension(M) 0.67*0.66 Overall ...
32009. LSZH/Lsfh Compounds for RF/ Fiber/ Optical Cables [Apr 24, 2024]
[Apr 24, 2024] Product Description: This Series of thermoplastic low smoke zero halogen flame retardant polyolefin compounds is made of polyolefin,special type of halogen-free flame retardant and antismoke agent and processed ...
32010. Thermoplastic LSZH Flame Retardant Polyolefin Cable Compounds [Apr 24, 2024]
[Apr 24, 2024] Product Description: This Series of thermoplastic low smoke zero halogen flame retardant polyolefin compounds is made of polyolefin,special type of halogen-free flame retardant and antismoke agent and processed ...
