خزانات مياه جي أر بي للبيع في الامارات

Fiberglass tanks and fiberglass piping contain glass fiber reinforcement embedded in cured thermosetting resin; hence the term Fiberglass Reinforced Plastic (FRP) describes the

fiberglass material system. This composite structure typically contains additives such as pigments and dyes. By selecting the proper combination of resin, glass fibers, additives and

design, the fabricator can create a product that meets the equipment designer’s performance standard.

Glass Fibers: All fiberglass begins as individual filaments of glass drawn from a furnace of molten glass. Many filaments of glass are formed simultaneously and gathered into a glass “roving” when a surface treatment “sizing” is added to maintain the fiber’s properties. Glass fibers are designed for several applications, some of which are for applications in an acid, alkali or other chemical environments. The mechanical strength of a fiberglass product depends upon the amount, type and arrangement of glass fiber reinforcement within the material system and increases proportionally with the amount of glass fiber reinforcement

1000 Litre IBC (Intermediate Bulk Container). IBC (TOTE) containers made from strong durable blow moulded HDPE high-density polyethylene. UN approved.

Frame:-

Galvanised mild steel

Large ‘Ticket’ identification plate above valve outlet, Large documentation plate on back (opposite side to valve) 4 way entry galvanised mild steel perimeter pallet

Dimensions 1200 x 1000 x 1160mm

Inner Container:-

1000 Litre light duty blow moulded High Density Polyethylene bottle

Litre/Gallon markers to indicate the amount of liquid within the tank

Fittings:-

50mm integral butterfly valve, inner seal ETFE, with S60 x 6 male thread and screw cap

150mm top centre screw cap with TPE seal, pressure vent and rain cap

What are polyethylene water tanks used for mainly?

Polyethylene water tanks are water tanks that are able to store substances that are used for all sorts of purposes. Polyethylene Water Tanks are used in a variety of industries, such as the agricultural, oil/gas, water, waste treatment and pharmaceutical industries.

How are polyethylene water tanks made?

Polyethylene tanks are made by the roto molding or the plastic welding process. Polyethylene tank welding is a process in which two pieces of heat-softened polyethylene are joined through the application of pressure. Examples of this process are hot air and extrusion welding.

What sort of plastics are used to make a polyethylene water tank?

Water tanks used for storage are made from a wide variety of polyethylene chemicals. Polyethylene is the abbreviation for Polyethyleneethylene (PE), a light, chemically- resistant thermopolyethylene, is the most commonly used polyethylene resin. Polyethyleneethylene resins include linear high density (HDLPE), cross-linked high density (XLPE) and linear low density (LLDPE) resins. Polyethylenepropylene (PP) is a light, durable thermopolyethylene that is denser, stiffer and stronger than polyethyleneethylene and has a high melting point. Polyethylenevinyl chloride (PVC) is a durable, transparent thermopolyethylene that is resistant to non-essential oils but cannot be exposed to some solvents. Polyethylenevinylidene fluoride (PVDF) is a durable thermopolyethylene that has high resistance to chemicals and abrasion.

What is the advantage of a polyethylene tank compared to traditional steel tanks?

Polyethylene tanks have several advantages over the traditional steel tanks. Their seamless construction provides them with greater impact strength and superior resistance to rust, corrosion and fuel additives.