YesWelder – Top Welder Supplier for Wholesale

Together, We Achieve More

e0875c23bf23156708abd72da291f680_compressed

YESWELDER BRAND POWER

As a rapidly emerging welding brand, YesWelder has a huge following. With the support and love of our fans, YesWelder has achieved two world firsts: the first-ever crowdfunding project for a welding machine, and the largest crowdfunding amount ever raised for a welding machine to date.

YesWelder has a solid brand foundation and a massive fan base, and is continuously growing.

Join us, and rapidly kick start your sales.

Social Media Followers
0 K
Monthly
Views
0 M
Views Increase Rate
6578 %

WHAT WE SUPPORT

Some of our retailer partners
and platforms

Blogs About Welder

Learn the common knowledge of welding machines and the newest trends in welding from our blog.

MIG Welding Wire Speed and Voltage
Blog

MIG Welding Wire Speed and Voltage Chart (Settings Guide by Wire Size & Metal Thickness)

If your MIG welder keeps popping, burning through, or throwing spatter everywhere, your wire speed and voltage are not working together. Wire speed controls how fast filler metal feeds into the joint. Voltage controls arc length and bead shape. When those two settings match, the arc sounds smooth, and the weld looks clean. This MIG welding wire speed and voltage chart gives you clear starting points based on wire size and metal thickness. You can also treat it as a quick guide for MIG welding wire speed and voltage settings when you’re dialing in a new job. What Is the MIG Welding Wire Speed and Voltage Chart?  A MIG welding

Read More »
Cryogenic Welding
Blog

Cryogenic Welding: How to Weld Metals for Low-Temperature Service?

Cryogenic welding needs tighter control than standard welding because low-temperature toughness matters more than room-temperature strength. In LNG tanks, pipelines, and other cold-service systems, a small weld defect can turn into a crack much faster than many teams expect.  In this guide, we’ll show you which metals are commonly used, when TIG or MIG makes more sense, and what welding practices help you build more reliable cryogenic-service welds. What Does “Cryogenic Service” Mean in Welding? Cryogenic service refers to welding parts that will operate at very low temperatures, typically below -50°C and sometimes as low as -196°C (such as liquid nitrogen). The critical challenge is not only strength but ensuring

Read More »
Welding Heat-Resistant Alloys
Blog

Welding Heat-Resistant Alloys: Challenges and Best Practices

Welding heat-resistant alloys is harder than welding standard steel because small mistakes can turn into early service failures. If the joint is dirty, the filler is wrong, or heat control slips, a weld that looks acceptable at first may not last long in high-temperature service. In this guide, we’ll show you where these welds usually fail, how the risks change by alloy family, and what you should check before, during, and after welding. Why Are Heat-Resistant Alloys Harder to Weld Than Standard Steels? Heat-resistant alloys are harder to weld because they leave less room for error under long-term heat. Standard steel often gives you some margin. These alloys usually do

Read More »

JOIN OUR PIONEERING TEAM

OF DISTRIBUTORS

Contact us