TRISOPLAC

TRISOPLAC is a development, which adds new dimensions to our controlled pore glass product portfolio. TRISOPLAC is available in a broad range of geometries and offers a lot of advantageous properties of the powdered material in shapes of platelets, rods, cylinders and other bodies. Applications in sensor technology, separation devices and many other fields are possible.

The new devoloped nanoporous monoliths have a lot advantageous properties:

flexible dimensions
membranes of different thicknesses between 180 and 1500 µm
controll and reproducible adjustable texture in entire area of nanopores
uniform microstructure and very narrow poresize distribution
no cracks and define mass transport
high optical transparency in dependence of poresize
high mechanical, chemical and thermal stability
chemical varied modifiable surface

The high mechanical, thermal, and chemical stability of TRISOPLAC, the variable pore sizes with narrow pore size distribution and the variety of surface modifications of TRISOPLAC open for a wide rang of applications in the following fields:

nano technology
micro reaction engineering
gas separation
solid phase biochemistry
filtration
membrane technology
sensor
heterogeneous catalysis

Table 1 gives a overview of the available nanoporous glass membrane types.

*geometry*		*textur*
*form*	*size*	*pore diameter nm*
circular	5 to 25 mm diameter
	0,2 mm thickness	1 - 100
	0,5 mm thickness	10 - 120
	1,0 mm thickness	20 - 140
	1,5 mm thickness	25 - 150
rectangular/square	max. 35 x 35 mm edge length
	0,18 mm thickness	1 - 100
	0,5 mm thickness	10 - 120
	1,0 mm thickness	20 - 140
	1,5 mm thickness	25 - 150

table 1) geometric properties of available nanoporous glass membranes

trisoplac-1

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