Specifications

Aluminium Titanate dosing Tube have a long life
No corrosion to aluminum
Lower thermal expansion
Wear-resistance

Aluminum Titanate Dosing tube for dosing furnace in pressure die casting .

Features:

High strength , high density

No wetting with molten melts

cost effective performance

Applications:

Aluminum titanate dosing tubes for dosing furnace in pressure die casting

 

Aluminium Titanate Riser Tube or aluminium titanate Stalk Tube

Riser tube for low pressure casting machine is one of important parts. The melting aluminium (with the temperature 700~900) is sent to mould cavity from riser tube by pressure every 3~5 minutes. This asks the riser tube to be resistant of high temperature and thermal shock, no-wetting by molten aluminium, good air tightness .

Characteristics:

Excellent thermal shock resistance

No infiltration with the non-ferrous metal

Excellent wear resistance

Low thermal-expansion coefficient

The service life of the aluminum titanate riser tube can reach 60 days 

Application:

Aluminum Titanate riser tube / stalk tube can be used for the conveying , dosing of non-ferrous metal melts, especially for low pressure die casting of aluminium. The products can keep the purity of low pressure die casting products , and provide for the casting plants with high quality .

 

The aluminum titanate has higher melting point(1860°C±10°C),lower thermal expansion coefficient(RT—1000°C,α<2.0×10-6/°C) and excellent heat-shock resistance. Besides, the aluminum titanate don’t infiltrate with the metal melt(especially the non-ferrous metals) and glass melt. Therefore aluminum titanate can be widely used in the conditions of high-temperature resistance, heat-shock resistance and corrision resistance.

 

Characteristics of Aluminium titanate riser tube:

Item	Standard	Unit
Density	3.2	g/cm3
Porosity	3.8	%
Bending strength	50	MPa
Thermal-expansion coefficient	1.17	10-6/°C
Heat-shock resistance	Good

 

Riser tube Application:

Aluminum Titanate riser tube made by STA is used to transfer the molten aluminum from the Low pressure casting furnace to the wheel mould.