Surfactants, gels, antiseptics, chlorine, 500–12,000 unit/h
Foaming and aggressive media call for a different approach: an anti-foam submerged nozzle, chemical-resistant seals, dedicated cleaning circuits. Eight base configurations — from antiseptics and sprays to chlorine-based compounds, bleaches and technical liquids in PET, canisters and drums.
Anti-foam filling
A submerged nozzle with adjustable speed and bottom-up filling.
Chemical resistance
EPDM/PTFE seals, PP and PVDF product paths matched to the specific formulation.
Safety
ATEX and explosion-proof design for solvents and alcohols.
Surfactants, gels, antiseptics, chlorine, 500–12,000 unit/h
A rinsing-filling-capping monoblock for disinfectant sprays and iodine solutions: alcohol-resistant paths, trigger and sprayer feed.
Piston dosing of thick gel with anti-drip nozzles and alcohol-vapour extraction over the filling zone.
A full cycle for soap and hand-wash products: anti-foam submerged filling, pump and flip-top cap application.
A compact machine for disinfectant liquids in plastic containers: chemical-resistant valves and fast format changeover.
A specialised design for chlorine-based compounds: non-metallic paths, fume extraction and operator protection.
A line for thick detergents in large 0.8–2.7 L bottles with piston dosing and anti-foam mode.
A machine for liquid bleaches in bottles up to 3.6 L: a corrosion-resistant path and a sealed torque-controlled cap.
An electromagnetic or mass flow meter at every station — precise dosing for non-standard chemical formulations, no mechanical adjustment.
Filling canisters and drums by mass with vapour extraction and explosion-proof design.
The nozzle lowers to the bottom of the container and rises with the level, slowing down in the final phase. This removes foam without defoamers.
Yes, a ventilated zone and correctly rated equipment are required. We build this into the plant design.
Describe the product, the target output and the container — we will come back with a preliminary specification, a budget range and a delivery schedule. If the task covers more than one machine, we will map out the whole line.
See how these machines work inside a complete line, and which engineering services cover the project.
Drinking water bottling lines
10 series: PET and glass, 2,000–36,000 bph
Carbonated soft drink filling
Isobaric filling, carbonation
Juice and pulp drink filling
Hot filling and aseptic
Beer and low-alcohol drink filling
Glass, can, keg
Wine and spirits filling
Inert atmosphere, glass
Dairy product filling
ESL and aseptic
Digital layer
SCADA, MES, OEE monitoring, batch traceability and integration with plant systems — engineered together with the line, not bolted on later.
