At Sangvin Tech, we specialize in high-quality iron powder for various applications, including welding electrodes and powder metallurgy. Our commitment to excellence ensures that each batch meets stringent quality standards, providing reliable performance for your manufacturing needs. Explore our extensive product catalog to find the perfect solution for your projects.
Founded with a vision to lead in the manufacturing of iron powder, Sangvin Tech Pvt Ltd has established itself as a trusted partner in the industry. We specialize in producing high-quality iron powder for welding electrodes, powder metallurgy parts, stainless steel cutting, and metallurgical cored wire. Our mission is to provide reliable products that meet the demanding standards of our clients.
Through innovative processes and a commitment to excellence, we aim to serve our customers with integrity and precision, ensuring that we remain at the forefront of industry advancements.










If you have inquiries not covered here, we’re happy to assist further. Our commitment is to provide prompt and effective answers.
We make reduced iron powder from sponge iron route.
Our test facility includes following:
Chemical:
Physical:
At present, our production is exclusively focused on Reduced Iron Powder utilizing the Sponge Iron route. However, introducing atomized iron powder to our product line is a key part of our upcoming expansion plans.
Yes, absolutely. We can customize our iron powder to meet your exact industrial requirements, including precise mesh sizes (such as 80 to 350 mesh) and specific chemical or purity specifications to suit your unique application.
You can easily place an order or share your requirements by reaching out to our sales team directly. We accept orders and inquiries via phone call, WhatsApp, or email.
Yes, absolutely. We encourage our clients to evaluate our products firsthand. Please contact us via phone, email, or WhatsApp with your technical specifications, and our team will arrange to dispatch a sample for your lab testing and evaluation.