About Us

Having Been Located in Kolhapur, Dwarkadish Dhatu Udyog India Pvt Ltd. Is One of the Prominent Foundries in Kolhapur City. It Has Per Month 200 Mt Excellent, Superior, Durable & Corrosive Resistant Casting Capacity with 2 Induction Furnaces Having Capacity of 300 Kg Each. It Is India's Stalwart and Renowned Foundry Industry, Being Recognized for Its Exceptional Manufacturing Expertise in Producing High-Quality Castings Both Domestically and Internationally.

Vision

• It Has Developed a Fully Integrated Facility That Houses Both a Foundry and a Machine Shop Under One Roof.
• Our Products Meet the Highest Quality Standards, Guided by a Strong Promise to Excellence in Both Our Values and Business Ethics.
• Over the Years, Our Products Have Been Widely Accepted Across Various Domestic & International Markets.
• In Addition, the Vision Includes Fostering a Culture of Excellence, Safety, and Continuous Improvement Within the Workforce, Ensuring That Employees Are Skilled, Motivated, and Aligned with the Company's Core Values of Integrity, Sophistication and Innovation.
• Last but Not the Least, the Goal Is to Be a Trusted Partner and a Preferred Sup- Plier Worldwide.

Mission

• The Outlook of a Modern Foundry Is to Be a Splendid Manufacturer in the Metal Casting Industry by Providing Innovative, Sustainable, and High-Quality Solutions That Meet the Evolving Needs of Global Markets.
• It Strives to Continually Enhance Its Manufacturing Processes Through the Most Advanced Technology, Automation, and Precision Engineering to Deliver Products with Unmatched Durability, Performance, and Value.
• A Key Focus Is on Building Strong Relationships with Customers by Offering Customized Casting Solutions Tailored to Diverse Industries Such as Automo-Tive, Railways, Agriculture, and Heavy Machinery.
• The Foundry Envisions Being Recognized for Its Assurance to Environmental Responsibility by Implementing Eco-Friendly Practices, Reducing Waste, and Minimizing Its Carbon Footprint.

Values

• Quality Control:

Ensuring High Standards for the Materials Used and the Final Products. This Includes Inspecting the Raw Materials, Monitoring the Casting Process, and Checking the Finished Product for the Subverting Factors.

Safety

• Safety Is Paramount in a Foundry Due to the Dangers of Working with Molten Metals and Heavy Machinery. Proper Safety Protocols, Employee Training, and Protective Gear Are Critical to Avoid Acci-Dents.

Efficiency

• Time and Resource Management Are Essential. We Aim to Maximize Output While Minimizing Waste and Energy Consumption. Efficient Processes Help in Keeping Costs Low and Productivity High.

Innovation

• Our Foundry Has Kept Up with Advancements in Technology and Materials Science. Incorporating New Methods, Such as Automation or Improved Metal Alloys, Can Lead to Better Performance and Competi-Tiveness.

Sustainability

• Environmental Concerns Are Increasingly Important. Reducing Emissions, Recycling Waste Materials, and Using Energy-Efficient Practices Are Vital for Minimizing the Environmental Footprint of Foundry Operations.
• * The Major Durable Characteristics of Our Castings:

Dimensional Accuracy

• The Ability of the Casting to Meet the Exact Dimensions Specified in the Design. This Affects How Well the Casting Conforms or Functions in Its Final Application. Variations Can Occur Due to Shrinkage During Solidification or Inaccuracies in the Mould. 

Surface Finish

• The Smoothness or Texture of the Casting's Surface Is an Important Factor, Especially for Components That Require Minimal Machining After Casting. Surface Finish Depends on the Material of the Mold, the Casting Process, and the Alloy Used.

Mechanical Properties

• Castings Must Meet Specific Mechanical Properties Like Strength, Hardness, Ductility, and Toughness. These Properties Vary Based on the Alloy, Cooling Rate, and the Presence of Any Eroding Factors in the Casting.

Internal Soundness

• The Presence of Internal Factors Such as Porosity, Voids, or Inclusions Can Weaken a Casting and Make It Unsuitable for Certain Applications. Techniques Like X-Ray Inspection or Ultrasonic Testing Are Often Used to Ensure Internal Soundness.

Grain Structure

• the Grain Structure of the Casting Material Affects Its Mechanical Properties. Finer, More Uniform Grains Are Generally Preferred, as They Contribute to Better Strength and Resistance to Cracking.

Shrinkage

• Metals Shrink as They Cool from Liquid to Solid Form. Proper Allowances Must Be Made for Shrinkage During the Casting Process to Ensure the Final Dimensions Are Accurate.

Machinability

• Some Castings Require Post-Processing Such as Machining to Achieve the Desired Dimensions or Surface Finish. the Machinability of a Casting, Determined by Its Hardness and Compo-Sition, Is Important for Achieving Cost-Effective Manufacturing.

Weight and Density

• The Density of the Casting Material Directly Influences the Weight of the Component. Castings Can Be Designed to Be Lighter or Denser Depending on the Application, and Den-Sity Variations.

Corrosion Resistance

• For Certain Applications, Castings Need to Be Resistant to Environmental Factors Like Moisture, Chemicals, or Temperature Changes. the Material Used in Casting Should Have Appropriate Corrosion Resistance Based on the Working Environment.

The Eco-Friendly Aspects

• Last but Not the Least, Our Foundry Has Adopted Following Environment Friendly Measures:

Sustainable Materials

• Using Eco-Friendly Binders and Additives in Molding and Core-Making Processes Helps in Reducing the Release of Toxic Substances.

Recycling and Waste Reduction

• Reusing Scrap Metal and Casting Sand Reduces Waste and Minimizes Raw Material Consumption. Foundries Can Also Recycle Water Used in Cooling Processes.

Emission Control

• Installing Advanced Filtration Systems Can Capture Harmful Emissions and Particulates, Ensuring Cleaner Air. Switching to Less Harmful Fuels, Like Natural Gas or Renewable Energy, Further Reduces Emissions.