Industrial Pressure Vessel

PM Engineering Works, headquartered in Howrah, India, is a distinguished manufacturer and supplier specializing in industrial pressure vessels. Our expertise spans precision engineering and advanced fabrication techniques, ensuring each vessel meets exacting standards for durability and performance. We excel in customization, offering tailored solutions that accommodate unique operational needs across various industries. PM Engineering Works integrates high-quality materials and stringent quality control measures to deliver reliable pressure vessels renowned for their robustness and efficiency. Trust us for innovative design, superior craftsmanship, and dependable service in every industrial pressure vessel solution we provide.

Technical specification of Industrial Pressure Vessel

Technical Specifications	Details
Material	Carbon steel, stainless steel (304, 316), alloy steel
Vessel Type	Vertical, horizontal, or custom configurations
Capacity Range	500 liters to 100,000 liters
Operating Pressure	Up to 500 bar (customizable based on client requirements)
Operating Temperature	-20°C to 400°C (adjustable as needed)
Design Standards	ASME Section VIII Division 1, AD 2000, PD 5500, or customized codes
Surface Finish	Standard or electro-polished
Insulation	Thermal insulation options available
Internal Coatings	Epoxy, rubber lining, or other specialized coatings
Testing	Hydrostatic, pneumatic, and radiographic testing
Customization Options	Material selection, vessel dimensions, pressure rating, additional fittings

Features

Tailored design options ensure seamless integration into existing industrial infrastructure, optimizing space and workflow efficiency.
Advanced corrosion-resistant coatings enhance longevity and performance in challenging environments, safeguarding vessel integrity.
Precision-engineered for efficient heat transfer and fluid dynamics, maintaining consistent operational temperatures.
Customizable internal configurations accommodate specific process requirements, from mixing to precise pressure control.
Comprehensive quality assurance protocols ensure every vessel meets stringent safety and performance standards before delivery.