^® "SILCOX" Silicone Membrane Diffuser

Product: “SILICOX”-SILICON is silicon extruded/molded membrane product and “SILICOX ” is proprietary material compounding code.
Characteristic:
Colour : white
Permanent Temperature Resistance: 140 C⁰

product1

Silicone material for plants which had potential problems with membrane failure such as fouling or chemical oxidation of rubber due to solvent exposure. silicone have a tendency over time to suffer from tearing due to flexure failure, which is something that does not significantly afflict EPDM membranes. Silicone is suited to cyclical operation, and does not offers a cost benefit over EPDM membranes.

^® Tubular “SILICOX” Silicone Membrane Mechanical performance

Parameter	Standard	Value/unit
Mechanical Parameters
Hardness	ASDM D-2240	55+/-6 shore “A”
Tensile strength at break	ASTM D - 412	25kg/cm²
Elongation at break	ASTM D - 412	142%
Tear strength “die-T”	ASTM D - 624	15 k N/m
Environmental Resistance Test
Ozone resistance,75 hrs, 400 C⁰, 50mPa partial Ozone pressure - non-cracking	ASTM D 1171 - 94	Pass
Low Temp. Property, -40 C⁰, Non-brittle	ASTM D 832 - 92	Pass

^® Tubular Diffuser Product Specification Sheet

Model	Size		uPVC support pipe OD in mm	Perforation length in mm	Min. Active surface area of diffuser	Air discharge per diffuser at medium duty in M³ / hr	@Nos. of "-" slit perforation Slit length 0.65 / 1.2 / 1.5 mm Nos.	Oxygen transfer per diffuser (SOTR) SAE in O2 Kg/kw/hr
Model	mm D x L	inches D x L	uPVC support pipe OD in mm	Perforation length in mm	Min. Active surface area of diffuser	Air discharge per diffuser at medium duty in M³ / hr		Oxygen transfer per diffuser (SOTR) SAE in O2 Kg/kw/hr
"AIRFIN-600"	65 x 620	2.6 x 24"	63	600	0.1 M²	7 - 9	8435	Up to 3
"AIRFIN-1"	65 x 1020	2.6 x 40"	63	1000	0.18 M²	8.5 - 11.8	14080	Up to 4
"AIRFIN-2"	80 x 1020	3.15 x 40"	75	1000	0.225 M²	10 - 12.5	17860	Up to 4.21
"AIRFIN-3"	92 x 1020	3.6 x 40"	90	1000	0.251 M²	11 - 14.5	19450	Up to 4.32

Typical Performance Chart Of Oxygen Transfer Efficiency Vs. Air Flow

OTE (Oxygen Transfer Efficiency) is dependent on many variables, including diff. Density,
Tank depth, Geometry, Membrane material and punch patterns.

Typical Performance Chart Of Head loss Vs. Air Flow

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Testimonial
RANBAXY LABORATRIES LTD.

This is to certify that   ® Qty:164nos diffuser aeration system was installed at our plant by M/s Jay engineering on year 2001 on DEWAS plant for effluent flow 1000cu.m/day BOD-900mg/l COD..3000mg/l.

MR.SATISH PATHAK | (Officer-EHS)
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