First verify applicable objects
Suitable for can, valve, and inner bag combinations in two-component aerosol systems; interface, dimensions, materials, and pressure ratings must be confirmed by samples and technical data
Two-Component Aerosol Filling and Valve Sealing
Bag-on-Valve (BOV) Aerosol Filling and Sealing Machine
For Bag-on-Valve (BOV) aerosol packs that separate the product from the propellant. Arrange assembly, filling and closing around the can, bag-valve unit and product. Confirm compatibility, pressure, process sequence and control safeguards from project documentation; component feeding, inspection and downstream modules are project-specific.
Actual equipment materialsProduct and propellant separationParameters confirmed per project
Factory equipment photos
Actual equipment photos from the factory. Confirm the final configuration with the containers, product, sample trials and agreed equipment scope.
First see actual working conditions
Container, valve, pressure, and safety conditions must be confirmed first
Please provide the complete packaging system, product, propellant, pressure and seal standards, regulatory and safety requirements, target process, and site conditions.
Packaging materials and process must match
Cans, valves, inner bags, seals, and propellant form a complete system; any component replacement requires re-validation; container and valve preparation, product filling, valve assembly, sealing, optional propellant process, inspection, and discharge
Optional modules are not standard
Optional container and valve feeding, pressure process, leakage or weight inspection, rejection, data recording, and safety interlocks.
Parameters confirmed per project
Please provide the complete packaging system, product, propellant, pressure and seal standards, regulatory and safety requirements, target process, and site conditions.
First see actual working conditions
Recommended information to provide before quotation
The more complete the samples, packaging materials, and site information, the easier it is to determine the equipment route, changeover scope, and line integration boundaries.
Configuration reference
- Cans, valves, inner bags, and seals are jointly validated as a complete packaging system
- Product filling and propellant process are confirmed separately based on compatibility, pressure, and safety requirements
- Select part feeding, inspection, rejection and recording modules for the project; specify safety interlocks through the project risk assessment.
- Pressure, capacity and process conditions require packaging-system validation and confirmation of applicable requirements.
Prepare for selection
- Physical samples and complete technical data of cans, valves, inner bags, and seals
- Product properties, compatibility, fill volume, temperature, and cleaning requirements
- Propellant, pressure, sealing, leakage, and acceptance standards
- Local regulations, safety zoning, ventilation interlocks, target process, and site conditions
First see actual working conditions
Key Parameters
Capacity and Cycle Time
Confirmed based on container and valve supply, product filling, sealing, pressure process, inspection, and safety interlocks. Actual capacity is confirmed by project trials.
Automation Scope
Filling and valve sealing stations are configured per project; part feeding, pressure process, inspection, rejection, and safety interlocks are optional based on requirements
Applicable Containers or Packaging
Suitable for can, valve, and inner bag combinations in two-component aerosol systems; interface, dimensions, materials, and pressure ratings must be confirmed by samples and technical data
Applicable Materials
Liquids, pastes, or other products compatible with containers, valves, and inner bags; viscosity, corrosiveness, temperature, and cleaning conditions must be specified
Packaging Materials and Consumables
Cans, valves, inner bags, seals, and propellant form a complete system; any component replacement requires re-validation
Basic Process
Container and valve preparation, product filling, valve assembly, sealing, optional propellant process, inspection, and discharge
Tooling and Changeover
Evaluate fixtures, filling parts, sealing tools, part feeding, and program switching based on can, valve, inner bag, and filling range
Power, Air Supply, and Layout
Determine equipment dimensions, power, air supply, maintenance space, and upstream/downstream interfaces based on liquid contact system, pressure medium, safety zoning, ventilation interlocks, inspection, and conveying
Steps from sample confirmation to delivery
Confirm can, valve, inner bag, seal, pressure rating, and component compatibility.
Test filling, valve assembly, sealing, and necessary pressure processes.
Check medium, zoning, ventilation, interlocks, inspection, and abnormal handling.
Accept according to agreed regulations, packaging system, sealing, pressure, and continuous operation standards.
Common configuration routes
Compare experimental validation, single machine station, and complete line solutions
Do not select from the machine name alone. Compare bag-on-valve structure, pressure process, filling sequence, leak testing and traceability boundary and confirm the boundary with actual samples.
Process validation unit
First verify filling, valve sealing, sealing, and pressure processes with the complete packaging system.
Independent single machine station
Configure core filling or sealing stations; part feeding and inspection are done manually or by existing systems.
Complete automatic line
Optional part feeding, pressure process, inspection, rejection, and data recording; safety system designed simultaneously.
Two-Component Aerosol Filling and Valve Sealing
First see actual working conditions
Frequently Asked Questions
Can I select a machine just by providing product samples?
No. Complete can, valve, inner bag, propellant, pressure, and regulatory information are also required; otherwise, the process and equipment boundaries cannot be safely determined.
Is the propellant station a standard configuration?
Not by default. The propellant type, pressure process, safety zoning, ventilation, and local compliance requirements must be confirmed separately.
Send samples and requirements
Confirm samples, packaging materials, and process first, then determine final configuration
Send actual product or pack samples, critical dimensions, bag-on-valve structure, pressure process, filling sequence, leak testing and traceability boundary, target cycle, layout and acceptance criteria. Photos, videos or drawings can be reviewed first.
Physical samples and complete technical data of cans, valves, inner bags, and sealsProduct properties, compatibility, fill volume, temperature, and cleaning requirementsPropellant, pressure, sealing, leakage, and acceptance standardsLocal regulations, safety zoning, ventilation interlocks, target process, and site conditions