28/04/2025
We at Modern Automotives Ltd, are thrilled with celebration for achieving another milestone towards continued technological upgradation in our manufacturing facilities, with inauguration of the state-of-the-art Plasma Nitriding Furnace, commissioned by Rubig, Austria
This technological upgradation has propelled our initiatives of adopting next level of surface treatment techniques with benefits to Industry
In this remarkable journey, we are equally thankful for the support extended, from all our Business Partners, with their build up trust on our drives towards providing unique surface treatment solutions to the industry, which are in dire need of these facilities in India
1. Automotives for Engine Components for wear and fatigue resistance
2. Die and Tooling for substantial improvement in the life span of Dies/ Molds/Cutting Tools
3. Aerospace for aircraft components required with stringent wear and corrosion resistance requirements
4. Medical for biocompatibility of medical implants
Processes which can be done on this furnace
1.Plasma Nitriding
2.Plasma Nitro Carburizing
3.Plasma Nitriding with subsequent Oxidation
Moreover, Plasma Nitriding has anonymous advantages over Gas Nitriding, as listed below:
Improved Process Control
1. Precise temperature control: Allows precise temperature control, which is essential for achieving consistent results
2. Uniform treatment: Ensures uniform treatment of the workpiece, reducing the risk of uneven nitriding
Enhanced Surface Properties
1. Improved hardness: Produces a harder and more wear-resistant surface
2. Increased corrosion resistance: Creates a more corrosion-resistant surface, reducing the risk of rust and corrosion
3. Reduced friction: Reduces the friction between moving parts, improving overall efficiency
Environmental and Safety Benefits
1. Reduced emissions: Producing fewer emissions and reducing environmental impact
2. Improved safety: Safer, as it eliminates the risk of gas explosions
Increased Efficiency and Cost Savings
1. Faster treatment times: Reduces the treatment times, increasing overall efficiency
2. Reduced energy consumption: Reduced the energy consumption, leading to cost savings
3. Less distortion: Reduces the distortion and warping of the workpiece, reducing the need for additional machining
Greater Flexibility and Versatility
1. Wider range of materials: Applications on wider range of materials, including ferrous and non-ferrous alloys
2. Complex geometries: Treats the complex geometries and shapes, making it ideal for intricate components.
