Graphite-lined process equipment from a Graphite Lined Reactor Supplier is utilised in almost all pharmaceutical production facilities across the world, as well as in the chemical, petrochemical, pesticide, metallurgical, and related industries. There are distinct benefits in the specific qualities of graphite lining that make it a top choice for designers and engineers.
Here are five compelling considerations why graphite-lined equipment from Graphite Lined Reactor Supplier in Mumbai, can enhance your process:
Corrosion Resistance –
Exceptional corrosion tolerance to acids, alkalis, water, and other chemical solutions is provided by graphite-lined steel. Because of its chemical inertness, graphite lining can last for many years in situations that would immediately render most metal containers inoperable. The graph below shows how graphite lining provides the broadest range of corrosion protection of any material utilised for equipment. This necessitates the use of graphite lining in various procedures.
Flexibility –
Glass’ chemical, mechanical, and temperature qualities demonstrate that it can withstand a wide variety of operational conditions. Users of glass-lined machinery can thus make dramatic changes to their processes without having to invest in new equipment. Because of its adaptability, glass-lined steel is the equipment of choice for R&D projects, quantities that require constant change out, and other diverse applications.
Purity –
Metals from untreated mild steel or alloy reactors completely dissolve in vigorous reaction conditions. Metals that can be extracted, such as chromium, nickel, molybdenum, and copper, can bleed into and compromise your product, resulting in undesirable catalytic effects that can create damaging variations in the process reactions. These metals can degrade product quality, reduce yield, and even trigger runaway reactions in some situations. Because graphite-lined steel from Graphite Lined Reactor Supplier in India, is inert, it is resistant to contamination. Furthermore, it has no negative effects on flavour or colour, which is critical in the food and medicine sectors where purity is critical.
Ease of Cleaning –
Cleanability is very important in pharmaceutical operations. To ensure product quality and decrease heat conduction resistance produced by-product accumulation, each reactor and its accompanying process equipment must be properly cleaned among batches. Graphite-lined steel has already been modified to meet cleaning, sanitation, and sterilisation standards. Because of its high degree of contact smoothness, it is simple to clean with non-corrosive, low-pressure cleaning techniques. The protective coating of graphite-lined equipment from a Graphite Lined Reactor Supplier also prevents the accumulation of viscous or sticky items, resulting in less frequent cleaning.
Economy –
When managed and regularly maintained, graphite-lined steel reactors can be a more cost-effective choice than steel and alloy containers, whose service life can be severely reduced due to their inability to withstand corrosion as well as graphite lining. The mixture of graphite and steel gives you the finest of both construction equipment; fusing graphite to steel creates composites with an inner that protects the product and an outer that delivers structural strength and longevity.
Temperature change restrictions are another consideration. This is the maximum temperature difference that can exist between the vessel walls and the contents. Simply said, if you put something into a reactor and thus the temperatures of the object differ significantly from the temperature within the reactor, you might do substantial damage.
