Loading…
Get a custom filling solution designed around your product, container, and target throughput.
Corrosive Fillers
This 8-head corrosive filler is configured for bleach, acid, and other aggressive liquid projects that run larger bottles or faster output. It is configured with Siemens PLC control, Festo pneumatics, Schneider electrical components, and industrial-grade contact materials for dependable production use.
Production Capacity
3,000-5,000 BPH
Heads / Stations
8
Filling Range
500-5,000 ml
Corrosive Fillers configured for paint packaging with 3,000-5,000 BPH, 500-5,000 ml, and PVDF, PTFE, PP, and 316L support parts contact parts.
Primary Metric
3,000-5,000 BPH
Material
Paint
Fill Range
500-5,000 ml
Containers
Metal can / HDPE bottle
Project CTA
Share your container size, target speed, and product behavior. We will match the right equipment configuration and send a technical response.
Material guide
Need a broader view first? Review the general Paint Filling Machine page before locking the final machine scope.
Project-fit overview
Bleach and Acid Corrosive Filler (8-Head) is a practical choice for paint filling when buyers need 3,000-5,000 BPH output, 500-5,000 ml flexibility, and a machine platform already selected for bleach, hydrochloric acid, and alkaline cleaner. This 8-head corrosive filler is configured for bleach, acid, and other aggressive liquid projects that run larger bottles or faster output. This page narrows the discussion to how the machine behaves with paint, not just how it performs as a generic corrosive fillers option.
Paint filling projects can vary widely because water-based coatings, primers, and specialty chemical paints do not all share the same viscosity or material compatibility requirements. Some products are free flowing enough for gravity-style systems, while others need more specialized chemical-resistant equipment and stronger container support. Paint lines also deal with larger packs more often than beverage lines, including bottles, cans, and jerry cans used for industrial or contractor supply. Product residue, pigment settling, and aggressive cleaning chemicals can all influence machine choice. When selecting a paint filling machine, the main questions are whether the product is water based or solvent leaning, how large the packs are, and whether the wetted path needs corrosion-resistant materials for long-term reliability. In this combination, the main engineering concern is usually material compatibility. Some paint and coating products need corrosion-resistant wetted parts to prevent damage from additives, cleaners, or aggressive formulations. PakFill normally reviews Eight-head design supports larger bottle and jerry-can chemical projects and Configured for bleach, acid, and aggressive chemical liquids, PVDF, PTFE, PP, and 316L support parts compatibility, and the real bottle or jar geometry so the line can stay consistent across Metal can, HDPE bottle, and Jerry can. Paint can leave buildup on nozzles and bottle mouths, which makes clean shutoff and maintenance planning more important.
Before final quotation, buyers should still confirm the actual formula, fill volume, container drawing, and whether the project also needs capping, labeling, or washdown planning. Bleach and Acid Corrosive Filler (8-Head) can be configured around +/-0.8%, the real downstream pace, and the packaging style, but nozzle setup, anti-drip behavior, indexing, and cleaning logic should always be matched to the actual paint product instead of assumed from a broad machine category.
Optimization point
Bleach and Acid Corrosive Filler (8-Head) sits in the corrosive fillers family and is usually selected when paint projects need equipment aligned with material compatibility instead of a one-size-fits-all machine.
Optimization point
With 3,000-5,000 BPH throughput, 500-5,000 ml range, and +/-0.8% repeatability, the machine gives buyers a clearer starting point for balancing speed, giveaway, and container presentation.
Optimization point
PakFill normally checks PVDF, PTFE, PP, and 316L support parts, bottle handling, and downstream handoff so the machine fits Metal can, HDPE bottle, and Jerry can packs and future capping or labeling integration.
| Frame Material | 304 Stainless Steel with isolated fluid path |
|---|---|
| Contact Part Material | PVDF, PTFE, PP, and 316L support parts |
| PLC Brand | Siemens |
| Pneumatic Brand | Festo |
| Electrical Brand | Schneider |
| Power Supply | 380V / 50Hz |
| Air Pressure | 0.5-0.7 MPa |
| Production Capacity | 3,000-5,000 BPH |
| Filling Accuracy | +/-0.8% |
| Heads / Stations | 8 |
| Filling Range | 500-5,000 ml |
| Filling Principle | Corrosion-resistant inline filling |
| Wetted Part Material | PVDF, PTFE, and PP wetted parts |
| Applicable Container | large chemical bottle, HDPE bottle, jerry can |
| Power Consumption | 4.1 |
| Dimensions (L x W x H) | 2,450x1,380x1,980 mm |
| Weight | 760 kg |
Process notes
Container focus
Industrial automation platform for repeatable cycle control.
Clean actuation and globally serviceable pneumatic components.
Suitable for food, cosmetic, and chemical product contact areas.
Documentation and safety configuration prepared for export projects.
Material handling priorities
Some paint and coating products need corrosion-resistant wetted parts to prevent damage from additives, cleaners, or aggressive formulations.
Paint can leave buildup on nozzles and bottle mouths, which makes clean shutoff and maintenance planning more important.
Many paint projects use heavier containers and larger fill volumes, so bottle stability and conveyor support need more attention.
Related Products
The 4-head anti-corrosion filler is built for bleach, disinfectant, and aggressive chemical liquids that require specialized wetted materials.
Production Capacity
1,500-2,800 BPH
Heads / Stations
4
Filling Range
250-2,000 ml
The low-viscosity chemical gravity filler is suited to detergents, solvents, cleaners, and similar products that remain free-flowing during transfer.
Production Capacity
2,500-4,500 BPH
Heads / Stations
8
Filling Range
250-2,500 ml
FAQ
Yes, this model is considered for paint projects when the real product behavior, fill volume, and package style fit the machine's range. PakFill still checks viscosity, foaming, temperature, and container control before confirming the final configuration.
The most useful inputs are the actual product sample or formula type, target fill volume, container drawing, output target, and whether the project also needs capping, labeling, or other downstream equipment.
The final answer depends on the exact container dimensions, but this page is usually relevant for Metal can, HDPE bottle, Jerry can, and Plastic pail. PakFill also checks whether the machine's 500-5,000 ml range and 3,000-5,000 BPH target remain realistic once the container changes.