E9015-G Low Alloy Steel Electrode /Welding Rod with Ce and ISO Certificates

• Type: L (Low Temperature Low Alloy Steel Electrode)
• Material: Steel Alloy
• Diameter: 3.2mm
• Length: 400-500mm
• Welding Core Type: Alloy Structural Steel
• Operating Current: 50-240A
• Model NO.: E9015-G
• Certificates: Ce,ISO
• Welding Current: 50-240A
• Tensile Strength MPa: ≥590
• Yield Point MPa: ≥490
• Transport Package: 5kg/Inner Boxes, 20kg/Carton
• Trademark: Ocean Welding
• Origin: Zhejiang, China (Mainland)
• HS Code: 8311200000
• Production Capacity: 200 Ton/Tons Per Month

Product Description

Product Description

Low Alloy Steel Welding Electrode (AWS E9015-G)

PACKING&SHIPPMENT:
 Inner packing:
1) 2.5mm x 300mm, 1-5kg/inner box + plastic bag
2) 3.2mm x 350mm, 1-5kg/inner box + plastic bag
3) 4.0mm x 350mm, 1-5kg/inner box + plastic bag

6. Packaging Details: 5kg/ctn, 20kgs/ctn, 1ton/pallet
  Delivery Detail: Within 8 to 20 days after receiving your order
Product Display

Company Information
Lin'an Dayang Welding Material Co., Ltd., located in the western part of Hangzhou, was established at the beginning of this century. We possess a production line of oil pressure unit, which can produce 5000 ton stainless steel welding electrodes. Our company owns rich technical resources to design, research and mainly produce special type of electrodes with complete models. 

The electrodes are mainly exported and the amount is up to 2000 tons per year on average. Our customers are mainly from Germany, Indonesia, Singapore, Philippines, Vietnam, Thailand, Bengal, and Egypt. They think highly of our products all the time. 

In the days of 21st century, we will be stricter with ourselves and have continuous technical innovation which will spur us on to higher quality products for our users. Customers at home and abroad are sincerely invited to visit, call and hold talks on internet.
 

Model Number	AWS E9015-G
Brand Name	Ocean Welding
Size	2.5mm  3.2mm  4.0mm
Applications	Welding medium carbon steel and low alloy steel structures with corresponding grade strength.