Silway 246 Silicone Adjuvant Polysiloxane Ethoxylate Trisiloxane Agriculture Wetting for Spraying

China Silway 246 Silicone Adjuvant Polysiloxane Ethoxylate Trisiloxane Agriculture Wetting for Spraying, Find details about China 134180-76-0, Silicone Oil from Silway 246 Silicone Adjuvant Polysiloxane Ethoxylate Trisiloxane Agriculture Wetting for Spraying

Basic Info.

Model NO.

Silway 246

Surface Tension,0.1%, Mn/M

20.4

Reflective Index,25ºC

1.444

Viscosity ,Cst, 25ºC

35.5

Cloud Point (0.1 Wt%, ºC)

<10

Specific Gravity (25/25 ºC)

1.0

Product Name

Polyether Modified Silicone Oil

Trademark

Hzsilway

Transport Package

1kg, 25kgs, 200kgs, 1000kgs

Origin

Hangzhou, China

Model NO.

Silway 246

Surface Tension,0.1%, Mn/M

20.4

Reflective Index,25ºC

1.444

Viscosity ,Cst, 25ºC

35.5

Cloud Point (0.1 Wt%, ºC)

<10

Specific Gravity (25/25 ºC)

1.0

Product Name

Polyether Modified Silicone Oil

Trademark

Hzsilway

Transport Package

1kg, 25kgs, 200kgs, 1000kgs

Origin

Hangzhou, China

Product Desciption

Silway 246 Silicone Adjuvant Polysiloxane Ethoxylate Trisiloxane Agriculture Wetting for Spraying

PRODUCT DESCRIPTION

Silway 246 spray adjuvant is a polyether trisiloxane. In aqueous solutions, it gives super spreading and does dramatically reduce surface tension.
Typically, Silway 246 spray adjuvant reduces the surface tension of aqueous agricultural mixtures significantly. At concentrations as low as 0.1 percent, Silway 246 spray adjuvant reduces surface tension below 22 mN/m, which produces very rapid wetting and spreading on hard-to-wet surfaces such as waxy leaves.
Silway 246 spray adjuvant is nonionic in nature, making it useful with a broad range of agrochemical formulations.

TYPICAL PHYSICAL PROPERTIES

PROPERTY	RESULT
Surface Tension(0.1%, mN/m)	20.4
Cloud Point(0.1wt%, ºC)	<10
Viscosity(cSt, 25ºC)	35.5
Specific Gravity(25/25ºC)	1.0

KEY FEATURES

* Super spreading for exceptional spray coverage of
crop and plant surfaces
* Up to 70% spray volume reduction to lower water use
and application costs
* Excellent penetration providing better pesticide
uptake and efficacy
* Better spray treatment adhesion on crop and plant
surfaces
* Rainfastness to lower pesticide wash-off and waste
* Lower use levels than non-silicone surfactants
* nonionic

TYPICAL APPLICATIONS

APPLICATION	TYPICAL USE RATE
Plant Growth Regulators	0.025% to 0.05%
Herbicide	0.025% to 0.15%
Insecticide	0.025% to 0.10%
Fungicide	0.015% to 0.05%
Fertilizers and Micronutrients	0.015% to 0.10%