P. H. Gupta Enterprise

Kandivali West, Mumbai, Maharashtra

Welcome to P. H. Gupta Enterprise - the leading manufacturer and producer of premium-quality custom sheet metal pressed parts and components.With over three decades of experience, we have perfected our craft and emerged as the trusted partner for businesses seeking precision, accuracy, and reliability in their sheet metal needs.

Equipped with state-of-the-art technology such as Lathe turning, CNC Lathe, Power Press Machines, and Laser cutting, we offer a comprehensive range of products, including shims, flanges, special industrial gaskets, and other specialized sheet metal pressed parts and components.Our skilled and experienced team of technicians and engineers work closely together to ensure that every product meets our rigorous quality standards.

At P. H. Gupta Enterprise, we pride ourselves on our reputation for producing the best custom sheet metal pressed parts and components available in the industry.Our products are widely recognized for their precision and durability and are trusted by businesses around the world.Whether you need standard components or custom-designed parts,we have the expertise and resources to deliver the best results possible.

We are committed to providing exceptional service to our clients, from start to finish.Our dedicated team works closely with businesses of all sizes and industries to ensure that we meet their unique needs.Although we do not currently hold an ISO certificate,we maintain our quality standards and will acquire all the required certifications in the near future.

P. H. Gupta Enterprise is specialty in the manufacturing of CLAMPS, BRACKETS, SPECIAL WASHER, DIECUT GASKET, INDUSTRIAL GASKET, etc.and also sheet metal pressed parts can be Manufactured as per Customers Drawing/Sketches.We also provide labor job services to help our clients with any additional needs they may have.
We invite you to experience our exceptional quality and service.Contact us today to learn more about our products and services and how we can h