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Get a custom filling solution designed around your product, container, and target throughput.
Piston Fillers
This piston filling machine is configured for sauce and condiment products packed in glass bottles or jars. It is configured with Siemens PLC control, Festo pneumatics, Schneider electrical components, and industrial-grade contact materials for dependable production use.
Production Capacity
1,500-3,000 BPH
Heads / Stations
6
Filling Range
150-1,200 ml
Piston Fillers configured for chemical packaging with 1,500-3,000 BPH, 150-1,200 ml, and 316L Stainless Steel contact parts.
Primary Metric
1,500-3,000 BPH
Material
Chemical
Fill Range
150-1,200 ml
Containers
HDPE bottle / Chemical 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 Chemical Filling Machine page before locking the final machine scope.
Project-fit overview
Glass Bottle Sauce Piston Filling Machine is a practical choice for chemical filling when buyers need 1,500-3,000 BPH output, 150-1,200 ml flexibility, and a machine platform already selected for tomato sauce, soy sauce, and chili paste. This piston filling machine is configured for sauce and condiment products packed in glass bottles or jars. This page narrows the discussion to how the machine behaves with chemical, not just how it performs as a generic piston fillers option.
Chemical filling covers one of the widest product ranges in packaging, from mild cleaners and disinfectants to aggressive bleach and acid products that require specialized wetted materials. That means the filler should be chosen around chemistry first, then around speed and bottle size. Some low-viscosity products can run on simpler inline systems, but corrosive liquids often need PVDF, PTFE, PP, or other protected fluid paths to preserve machine life and operator safety. Chemical projects also use more HDPE bottles and jerry cans than food lines, which changes bottle handling and cap selection. When choosing a chemical filling machine, it is important to confirm product compatibility, fill range, foam behavior, and whether the line must also handle labels, caps, or secondary packaging built for industrial distribution. In this combination, the main engineering concern is usually aggressive product compatibility. Bleach, acid, and some cleaners can damage standard fluid paths, so the wetted materials must be chosen to match the formula. PakFill normally reviews Gentle bottle indexing supports fragile glass container handling and Stable dosing for medium and high viscosity products, 316L Stainless Steel compatibility, and the real bottle or jar geometry so the line can stay consistent across HDPE bottle, Chemical bottle, and Jerry can. Chemical lines often run small bottles, larger HDPE packs, and jerry cans, which makes fill-range and capping flexibility 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. Glass Bottle Sauce Piston Filling Machine can be configured around +/-0.5%, 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 chemical product instead of assumed from a broad machine category.
Optimization point
Glass Bottle Sauce Piston Filling Machine sits in the piston fillers family and is usually selected when chemical projects need equipment aligned with aggressive product compatibility instead of a one-size-fits-all machine.
Optimization point
With 1,500-3,000 BPH throughput, 150-1,200 ml range, and +/-0.5% repeatability, the machine gives buyers a clearer starting point for balancing speed, giveaway, and container presentation.
Optimization point
PakFill normally checks 316L Stainless Steel, bottle handling, and downstream handoff so the machine fits HDPE bottle, Chemical bottle, and Jerry can packs and future capping or labeling integration.
| Frame Material | 304 Stainless Steel |
|---|---|
| Contact Part Material | 316L Stainless Steel |
| PLC Brand | Siemens |
| Pneumatic Brand | Festo |
| Electrical Brand | Schneider |
| Power Supply | 380V / 50Hz |
| Air Pressure | 0.5-0.7 MPa |
| Production Capacity | 1,500-3,000 BPH |
| Filling Accuracy | +/-0.5% |
| Heads / Stations | 6 |
| Filling Range | 150-1,200 ml |
| Filling Principle | Piston filling for glass bottles |
| Applicable Container | glass sauce bottle, jar, PET bottle |
| Power Consumption | 3.2 |
| Dimensions (L x W x H) | 2,280x1,320x1,950 mm |
| Weight | 610 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
Bleach, acid, and some cleaners can damage standard fluid paths, so the wetted materials must be chosen to match the formula.
Chemical lines often run small bottles, larger HDPE packs, and jerry cans, which makes fill-range and capping flexibility more important.
Some chemicals foam, release vapor, or need slower nozzle action, which can change the best filling method.
Related Products
The 4-head servo piston filler targets medium-speed production of sauces, creams, gels, and honey-like products.
Production Capacity
1,800-3,600 BPH
Heads / Stations
4
Filling Range
100-1,000 ml
This 8-head piston filler is built for faster viscous product lines that still need controlled, clean dosing.
Production Capacity
3,500-6,500 BPH
Heads / Stations
8
Filling Range
100-1,500 ml
The heating jacket piston filler is intended for products that thicken at ambient temperature and must stay flowable during filling.
Production Capacity
900-1,800 BPH
Heads / Stations
2
Filling Range
200-2,500 ml
FAQ
Yes, this model is considered for chemical 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 HDPE bottle, Chemical bottle, Jerry can, and Small reagent bottle. PakFill also checks whether the machine's 150-1,200 ml range and 1,500-3,000 BPH target remain realistic once the container changes.