Fully Automatic Pneumatic Aerosol Can Filling, Va | RFQ Sourcing Details

The GDHP-398 is a fully automatic linear production line designed to fill, seal, inspect, code, and cap aerosol cans. The documented configuration combines a pneumatic lifting structure with multi-head volumetric filling and PLC/HMI control.

SUS304 or 316L is listed as the machine material, while individual module descriptions provide more specific construction and utility details. The line begins with an automatic can unscrambler driven by an explosion-proof motor. Its stated speed range is 4.5–23 r/min.

The liquid filling machine has three independently controlled pneumatic heads, a 10–250 ml capacity per head, a stated total filling range of 40–1,000 ml, and an output of 2,400–3,600 cans per hour. It is described as preventing material discharge when no aerosol can is present.

Downstream equipment includes an automatic valve inserter for 1-inch valves with tube lengths from 0 to 250 mm. The sealing and gas-filling section has one sealing head, three gas-filling heads, two booster pumps, and a gas storage tank with an energy accumulator.

Its stated filling range is 10–250 ml per head and 30–750 ml total, with throughput of 2,400–3,600 cans per hour. The source advises installing the equipment in a dedicated filling room to reduce explosion risk.

Quality-control modules include a Siemens PLC-based checkweigher with a maximum weight of 3 kg, a configurable ±0.5 g allowance, and two-direction rejection of nonconforming products.

The water-bath leakage tester is described for various aerosol products and has a stated capacity of 3,000–4,200 cans per hour, temperature accuracy of ±1°C, 30 kW water-heating power, and a soaking time of 3–5 minutes.

Finishing equipment includes an ink-jet conveyor and printer, automatic actuator presser, automatic cap arranger and pressing machine, and conveyor packing table. The printer supports counting and text such as production dates, batch numbers, and expiry dates;its documented font setting range is 0.5–110 mm.

Buyer confirmation is essential before specification approval.

Confirm the exact aerosol formulation, can and valve dimensions, required liquid and propellant fill volumes, target operating speed, gas-handling method, hazardous-area classification, site ventilation, applicable safety rules, electrical supply, compressed-air capacity, line layout, and included modules.

Also request a finalized configuration drawing, utility schedule, acceptance criteria, compatible product- , inspection plan, operator safeguards, spare-parts scope, installation responsibilities, and current compliance documentation for the destination market.