Ram Alloys, LLC

Ram Alloys is a niche service center specializing in stainless steel and nickel alloy products, and offering elite expertise in the application of value-added processing services. We have the skill and capability to service clients working in a broad range of industries, and our team members have over 100 years’ combined experience in the flow control, pump, valves, mixing, marine, and energy markets.

Our warehouse is located in Houston, TX. Because we're a niche service provider, we have the flexibility and responsiveness to fill orders very quickly, and we supplement this unique value proposition by offering same-day shipping options. We also provide 24/7 emergency service for customers who need a material for an equipment repair or machined part. Our commitment to superior customer service is apparent throughout all project phases.

Our Products and Services

Ram Alloys offers competitive prices on a wide range of standard-grade stainless steel and nickel alloys. These products are available in both random and customized lengths, and in formats including round bars, square bars, hex bars, and mill flats. We also offer pump shaft quality (PSQ) and boat shaft quality (BSQ) bars for precision applications.

When custom specifications are required, we offer value-added processing services tailored to your needs. Our processing technicians can alter standard-grade materials for enhanced performance using a complete range of techniques, including:

• Centerless grinding
• Production saw cutting
• Boring & honing
• Heat treatments
• OD turning
• Trepanning
• Semi-machined parts

At Ram Alloys, we believe that a combination of quality products and outstanding customer service is the only way to achieve total client satisfaction. We ensure that you receive the products you need in a timely and accurate manner. If your project suffers a setback, which is sometimes an unfortunate consequence of business, you can rely upon Ram Alloys to follow through on our promise and devote all necessary resources to minimize the impact.