Envifab Equipments

Sola, Ahmedabad, Gujarat

when the mixing blade is not rotating it is a static mixer. static mixing is achieved by placing a series of well-designed obstructions (mixing elements) in a flowing stream. static mixers are inline that is they are placed in pipe line. static mixers are generally used for continuous mixing. they may be used in batch mode by providing a recirculation line.
static mixers are highly-engineered motionless mixing devices that allow for the continuous blending of fluids within a pipeline. with no moving parts, static mixers utilize the energy of the flow stream to generate consistent, cost-effective, and reliable mixing.
it is a special skill to design static mixers for a given job such a mixing, blending, gas - liquid contacting, viscous reaction, heat transfer, mass transfer, dispersion, emulsification, extraction and all those operations where usually agitation is employed.

benefits: optimal designs for specified process objectives and for a large range of flow conditions (reynolds numbers from 1 to 1000000) are available with us.

available sizes

• 10 to 2000 mm dia
• 40 to 10000 mm length

static mixer elements:-

• helical type (3 designs)
• hygienic type (2 designs)
• intermeshing / intersecting type (12 designs)
• crisscross type (2 designs)
• helical skew type (1 designs)
• scissors type (1 design)
• stretchflow type (1 design)
• whirler type (3 designs)
• low pressure drops (6 designs)
• zero shear (3 designs)
• annular (3 designs)
• pulsating (3 designs)
• jet type (1 design)
• deffuser type (1 design)
• butterfly type (1 design)
• lupin type (1 designs)

advantages:

• maintenance free
• low energy requirements
• low capital cost
• no moving parts
• quick delivery
• custom designed as per client application

when the mixing blade is not rotating it is a static mixer. static mixing is achieved by placing a series of well-designed obstructions (mixing elements) in a flowing stream. static mixers are inline that is they are placed in pipe line. static mixers are generally used for continuous mixing. they may be used in batch mode by providing a recirculation line.static mixers are highly-engineered motionless mixing devices that allow for the continuous blending of fluids within a pipeline. with no moving parts, static mixers utilize the energy of the flow stream to generate consistent, cost-effective, and reliable mixing.it is a special skill to design static mixers for a given job such a mixing, blending, gas - liquid contacting, viscous reaction, heat transfer, mass transfer, dispersion, emulsification, extraction and all those operations where usually agitation is employed. technical parameters:-- benefits:optimal designs for specified process objectives and for a large range of flow conditions (reynolds numbers from 1 to 1000000) are available with us. available sizes 10 to 2000 mm dia 40 to 10000 mm length static mixer elements:- helical type (3 designs) hygienic type (2 designs) intermeshing / intersecting type (12 designs) crisscross type (2 designs) helical skew type (1 designs) scissors type (1 design) stretchflow type (1 design) whirler type (3 designs) low pressure drops (6 designs) zero shear (3 designs) annular (3 designs) pulsating (3 designs) jet type (1 design) deffuser type (1 design) butterfly type (1 design) lupin type (1 designs) advantages: maintenance free low energy requirements low capital cost no moving parts quick delivery custom designed as per client application

when the mixing blade is not rotating it is a static mixer. static mixing is achieved by placing a series of well-designed obstructions (mixing elements) in a flowing stream. static mixers are inline that is they are placed in pipe line. static mixers are generally used for continuous mixing. they may be used in batch mode by providing a recirculation line.
static mixers are highly-engineered motionless mixing devices that allow for the continuous blending of fluids within a pipeline. with no moving parts, static mixers utilize the energy of the flow stream to generate consistent, cost-effective, and reliable mixing.
it is a special skill to design static mixers for a given job such a mixing, blending, gas - liquid contacting, viscous reaction, heat transfer, mass transfer, dispersion, emulsification, extraction and all those operations where usually agitation is employed.

technical parameters:--

benefits:optimal designs for specified process objectives and for a large range of flow conditions (reynolds numbers from 1 to 1000000) are available with us.

available sizes

• 10 to 2000 mm dia
• 40 to 10000 mm length

static mixer elements:-

• helical type (3 designs)
• hygienic type (2 designs)
• intermeshing / intersecting type (12 designs)
• crisscross type (2 designs)
• helical skew type (1 designs)
• scissors type (1 design)
• stretchflow type (1 design)
• whirler type (3 designs)
• low pressure drops (6 designs)
• zero shear (3 designs)
• annular (3 designs)
• pulsating (3 designs)
• jet type (1 design)
• deffuser type (1 design)
• butterfly type (1 design)
• lupin type (1 designs)

advantages:

• maintenance free
• low energy requirements
• low capital cost
• no moving parts
• quick delivery
• custom designed as per client application

when the mixing blade is not rotating it is a static mixer. static mixing is achieved by placing a series of well-designed obstructions (mixing elements) in a flowing stream. static mixers are inline that is they are placed in pipe line. static mixers are generally used for continuous mixing. they may be used in batch mode by providing a recirculation line.static mixers are highly-engineered motionless mixing devices that allow for the continuous blending of fluids within a pipeline. with no moving parts, static mixers utilize the energy of the flow stream to generate consistent, cost-effective, and reliable mixing.it is a special skill to design static mixers for a given job such a mixing, blending, gas - liquid contacting, viscous reaction, heat transfer, mass transfer, dispersion, emulsification, extraction and all those operations where usually agitation is employed. technical parameters:-- benefits:optimal designs for specified process objectives and for a large range of flow conditions (reynolds numbers from 1 to 1000000) are available with us. available sizes 10 to 2000 mm dia 40 to 10000 mm length static mixer elements:- helical type (3 designs) hygienic type (2 designs) intermeshing / intersecting type (12 designs) crisscross type (2 designs) helical skew type (1 designs) scissors type (1 design) stretchflow type (1 design) whirler type (3 designs) low pressure drops (6 designs) zero shear (3 designs) annular (3 designs) pulsating (3 designs) jet type (1 design) deffuser type (1 design) butterfly type (1 design) lupin type (1 designs) advantages: maintenance free low energy requirements low capital cost no moving parts quick delivery custom designed as per client application

when the mixing blade is not rotating it is a static mixer. static mixing is achieved by placing a series of well-designed obstructions (mixing elements) in a flowing stream. static mixers are inline that is they are placed in pipe line. static mixers are generally used for continuous mixing. they may be used in batch mode by providing a recirculation line.static mixers are highly-engineered motionless mixing devices that allow for the continuous blending of fluids within a pipeline. with no moving parts, static mixers utilize the energy of the flow stream to generate consistent, cost-effective, and reliable mixing.it is a special skill to design static mixers for a given job such a mixing, blending, gas - liquid contacting, viscous reaction, heat transfer, mass transfer, dispersion, emulsification, extraction and all those operations where usually agitation is employed. technical parameters:-- benefits:optimal designs for specified process objectives and for a large range of flow conditions (reynolds numbers from 1 to 1000000) are available with us. available sizes 10 to 2000 mm dia 40 to 10000 mm length static mixer elements:- helical type (3 designs) hygienic type (2 designs) intermeshing / intersecting type (12 designs) crisscross type (2 designs) helical skew type (1 designs) scissors type (1 design) stretchflow type (1 design) whirler type (3 designs) low pressure drops (6 designs) zero shear (3 designs) annular (3 designs) pulsating (3 designs) jet type (1 design) deffuser type (1 design) butterfly type (1 design) lupin type (1 designs) advantages: maintenance free low energy requirements low capital cost no moving parts quick delivery custom designed as per client application