Natural Rubber Production Cost Reports

The report provides a detailed analysis essential for establishing a natural rubber manufacturing plant. It encompasses all critical aspects necessary for natural rubber production, including the cost of natural rubber production, natural rubber plant cost, natural rubber production costs, and the overall natural rubber manufacturing plant cost. Additionally, the study covers specific expenditures associated with setting up and operating a natural rubber production plant. These encompass manufacturing processes, raw material requirements, utility requirements, infrastructure needs, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, and more.

Natural Rubber is a milky fluid that is obtained mainly from the rubber tree which serves as an important raw material for applications in the production of over 40,000 products. It is used in the healthcare sector to make many medical products, such as condoms and surgical gloves.

In the clothing application, it finds usage in the production of stretchable wearables like wetsuits, expandable clothes like gym and cycling shorts etc. In aircraft, it is used to make several parts like airbags, roofs, tires, seats, and padding in brakes. It is also used in the production of several other everyday-use products, including vehicles, toys, pacifiers, and bins, among many others. Owing to its water-proof and resilient properties, it works as a great insulator.

Also, it has an excellent compression set, which makes it ideal for applications related to engineering, including bumpers, anti-vibration mounts, drive couplings, springs, bearings, rubber bands, adhesives, bushings, and dog toys, etc.

Natural rubber is widely used together with synthetic polymers in buses, cars, and even airplanes, which significantly increases its demand. Due to its abrasion resistance and durability, it is extensively used in the automotive industry for the manufacture of various automotive and aerospace parts like brake pads, window seals, and airbags, which further enhances its demand.

It also serves as an important raw material for the manufacture of several medical products like condoms and surgical gloves. It thus amplifies its demand for the healthcare and medical sector. Moreover, it is also used to manufacture stretchable wearables, rubber components for electronics, and everyday use products, which include vehicles, toys, bins, etc., which enhances its demand for textile, electronics, and consumer goods industries, respectively. Additionally, several factors influence industrial natural rubber procurement, such as the cost and availability of its feedstock, such as latex from trees (Brazillian rubber tree), the market prices of natural rubber, environmental regulations, and its distribution, which includes trading and transportation, logistics, etc.

Raw Material for Natural Rubber Production

According to the Natural Rubber manufacturing plant project report, the major raw materials for Natural Rubber production include Latex from Brazillian rubber tree, formic acid.

Manufacturing Process of Natural Rubber

The extensive Natural Rubber production cost report consists of the following industrial manufacturing process:

• Production From Rubber Tree: The majority of latex is extracted from the Brazillian rubber tree’s stem (Hevea brasiliensis). Then, a diluted acid, like formic acid, is used to filter and treat fresh latex. The coagulated rubber is rolled to eliminate any excess water. The rubber is then rolled using a textured roller, and the resulting sheet is dried to create the natural rubber sheets.

Natural Rubber classifies as a plant-derived natural polymer comprising starch, proteins, alkaloids etc. It is produced by polymerizing isoprene (2 methyl-1, 3-butadiene).

The natural rubber variant is a chemical compound comprising large molecules that are made up of similar smaller molecules. In appearance, it looks like a whitish-coloured substance with a milk-like consistency. It has properties like high strength, excellent electrical insulation, stretchability without the risk of breakage, and resistance to various corrosive substances.

It has durability, resistance to abrasion, vibration dampening, and costs lesser compared to other polymers. It is also resistant to weather, gasoline, sunlight, oils (petroleum, vegetable, animal silicone), solvents, greases, ammonia, carbon dioxide, refrigerants, water, and steam. It has a wide range for operating as it can handle low temperatures like -50°F(-46°C). It is also resistant to colder temperatures.