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Glass Production

Filter, air handling equipment, duct, and expansion joint applications in kiln, batch preparation, sand/limestone/soda feeding, and hot gas lines.

Glass Manufacturing

Glass ManufacturingBaghouse filters + spare parts

Industry solution

Glass Production

Filter, air handling equipment, duct, and expansion joint applications in kiln, batch preparation, sand/limestone/soda feeding, and hot gas lines. Dust load, operating temperature, maintenance access, and emission target at each process point determine product selection.

Baghouse filter / dust collector selection

Filter bag and filter cage compatibility

Pulse-jet valve and compressed air system

Rotary airlock, screw conveyor and fan integration

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Glass Manufacturing equipment scope

Filter, fan, filter bag, filter cage and auxiliary equipment selection by process

In glass production, batch mixing dust, furnace flue gas, cullet crushing, and hot-process extraction each require a different media and material selection. The baghouse filter, fan equipment, hot-gas ducting, compensator, and raw material handling equipment are considered together.

Process filtration, fan, and equipment scope for Glass Manufacturing

Process-based system approach

The filter housing, fan, ductwork, filter element, pulse-jet system and discharge/conveying equipment are not independent of one another; they are evaluated as components of the same operating point.

Information clarified before quoting

Gas temperature: Furnace continuous/peak temperature and cooling arrangement
Gas chemistry: Alkali, boron, moisture, and reagent injection
Batch throughput: Filling, weighing, and transfer cycle
Wear: Cullet grain size and dust velocity
Emission target: Stack and workplace dust limits

Equipment scope by process point

Process Dew Point	Filter / dust-fume solution	Fan, ductwork and conveying equipment	Critical selection grade
Sand, soda ash, limestone batch preparation	Blending filters and transfer-point extraction	Dedusting fan equipment, rotary valve, screw conveyor/elevator	Fine alkaline dust, wear, and product cross-contamination
Batch house silo and weighing	Silo-top filter, hopper, and weighing extraction	Silo fan equipment, pneumatic conveying, and air slide/conveyor	Filling peak flow rate and sealed dosing
Glass furnace flue gas	Baghouse filter suited for high temperature/chemical exposure	ID fan, hot gas duct, and insulated compensator	Temperature, alkali/boron compounds, and acid dew point
Cullet crushing and screening	Cyclone + wear-resistant filter	Crusher extraction fan and enclosed conveyor	Sharp glass particles, abrasion, and sparks
Cold end/coating and packaging	Local fume/dust extraction	Exhaust fan equipment, duct, and damper	Coating aerosols and ambient air balance

Equipment groups used in this industry

Furnace ID fan

Hot, corrosive gas draft in the kiln flue gas line.

Batch house fan

Central extraction at blending, silo, and weighing points.

Cullet dedusting fan equipment

Abrasive dust control in crushing and screening.

Process exhaust air handling equipment

Air extraction around coating and hot process areas.

Product families we offer for Glass Manufacturing

Blending baghouse filters

A filter housing suited to sand, soda ash, and limestone dust.

High-temperature bags

PPS/P84/PTFE/fiberglass options based on kiln gas.

Corrosion-resistant cage

Coated or stainless steel material options.

Cyclone and wear protection

Reduces cullet dust ahead of the main filter.

Hot gas expansion joint

Accommodates thermal movement in the kiln-filter-air handling equipment ductwork.

Rotary valve, screw conveyor, and bucket elevator

Blending and dust discharge/conveying line.

How do we determine capacity and technical specifications?

Exact capacity is not set by a catalog name; it is determined by process flow rate, system pressure, temperature, material/dust behavior and discharge continuity.

technical data	Required site / process information	Impact on selection
Gas temperature	Kiln continuous/peak temperature and cooling arrangement	Determines media and duct design.
Gas chemistry	Alkali, boron, moisture, and reagent injection	Affects corrosion resistance/media selection.
Blend flow rate	Filling, weighing, and transfer cycle	Determines local extraction and silo filter selection.
Abrasion	Cullet particle size and dust velocity	Determines the cyclone, inlet plate, and fan equipment material.
Emission target	Stack and workplace dust limits	Affects the membrane and filter area selection.