Titanium Clad Reactor Vessels LETCRV

Titanium Reactors are very often specified for highly-corrosive industrial applications and are frequently used in processes in which chlorides are a component.

Titanium is an excellent material for use with oxidizing agents, such as nitric acid, aqua regia and other mixed acids. It also offers very good resistance to Intergranular corrosion(chloride ions), but not for reducing acids, such as sulfuric and hydrochloric. Many successful applications for titanium in the hydrometallurgy field where acids, particularly sulfuric acid, are used to leach ores.

However, titanium will burn vigorously in the presence of oxygen at elevated temperatures and pressures. While there have been many successful applications in hydrometallurgy where oxygen and sulfuric acid are handled in titanium equipment, the danger of ignition is always present and must be protected against whenever titanium and oxygen are used together.

Application: Hydrometallurgy; Chlorine Chemicals; Phosphoric Acid; Sea Water; Sulfuric Acid; Nitric Acid.

Features

Large scale production- maximum volume reach to 100m3
Max pressure: 200 bar; Max temperature up to 300 ℃
Material：Titanium or cladding plate available
When the thickness of titanium exceeds 10mm, cladding plates could be considered, including base material for strength and clad material for anti-corrosion.
Low to high torque magnetic couplings: static seal with no leakage.
Acuurate Impeller selected for the mixing mission and requires.
Internal cooling coil, vent port, liquid / powder charging, dip tube, thermowell, safety rupture disc, pressure safety valve, flush bottom outlet, baffles, light & sight glass, handhole / manhole etc.
Nozzles, manual / automated valves, fittings, control panel & accessories offered based on requirement.
Lugs or floor stand leg support.

Technical Specifications

Model	LETCRV 1000L
Norminal volume	1000liters-100m³
Material	Titanium
Working pressure	-1~200 bar
Working temp.	0~300℃
Motor power	5.5kW-125kW
Stirring speed	200~400rpm
Sealing method	Magnetic seal Mechanical seal
Stirrer	Porpeller;Paddle type; Anchor type;Turbine type Other as designed
Head type	Elliptical type Conical type Hemispherical type Flat type
Heating type	Oil electric heating Oil heating Steam heating

Material Available

Carbon steel	Q235R, Q345R, 15CrMoR, 16MnDR(Low temp. steel)
Austenitic stainless steel	304/304L, 316/316L, 310S, 321
Duplex stainless steel	S32205, S32507
Titanium alloy	Gr1, Gr2, Gr3, Gr9, TA1, TA2, TA3, TA9, TC10
Zirconium alloy	Zr-1, Zr-3, Zr4
Nickel alloy	N6，Monel400, HastelloyC276, HastelloyB-2; Incoloy600
Nonmetallic Materials	PTFE, PPL, PFA

Note: If the vessel thickness exceeds 16mm, cladding plates could be considered, base material used for strength and clad material used for anti-corrosion function.

Base Thickness：6-200mm；
Clad Thickness: 3-10mm.