Transport Tanks
Fiberglass reinforced plastic (FRP) transport tanks are mainly used for the safe road, rail, or water transportation of aggressive, corrosive, or ultra-pure media.
Fiberglass transport tanks are generally horizontal tanks with saddles. They are made of resin and fiberglass, and their production is controlled by computer with helix winding process or by hand lay-up for special shapes.
Fiberglass transport tanks are featured by:
● Microbiological corrosion resistance;
● Smooth surface and easy to be cleaned;
● High strength and high-pressure resistance;
● Aging resistance;
● Lightweight;
● Low thermal conductivity;
● Effective constant temperature storage;
● Long service life, almost more than 35 years;
● Maintenance-free;
● Heating or cooling devices can be added as per demand.
Quality requirements with regard to the component of the transportation tanks are very high as hazardous materials are transported via public traffic routes. When necessary, dual laminate tanks can be designed and manufactured for special trailers (FRP with thermoplastic liner).
Fiberglass transport tanks are suitable for a lot of different mediums like below:
• Environmental protection: wastewater, sewage, and many other liquids and gases;
• Chemicals area: hydrochloric acid, sulfuric acid, nitric acid, hydrofluoric acid, phosphoric acid, sodium hydroxide, potassium hydroxide, calcium hydroxide, ammonium hydroxide, hydrogen peroxide, etc.
• Living area: brine/saltwater, pure water, ultrapure water
Fiberglass transport tanks are very popular in many industries such as pharmacy, national defense, petroleum and chemical, environmental protection, smelting, food, etc.
SBCCO produces our own molds, thereby ensuring that there are virtually no limits in terms of the size and diameter of the tanks.
Our scheduling ensures that we complete industrial projects in record time without compromising the quality and safety of our products. Incoming raw materials are subject to stringent entry checks, and our stock is continuously monitored, working hours are constantly timed, and costs are always calculated. Potential obstacles in the systems can therefore be detected quickly and are solved immediately.
