PFMF-1300-2600
View machine details →3–5 Layers Co-Extrusion Film Blowing Machine (Rotary Take-Up + IBC)
Rotary Take-Up + IBC; 3–5 layers · 200–580 kg/h
FILM PRODUCTION & COST OPTIMIZATION
Film blowing
& bag making machines.
Film blowing machinery and packaging production solutions configured around your materials, application, production capacity and cost targets.
20–580kg/h Production Capacity
1–5Film Layers
700–2,600mm Machine Width Range
PE+HDPE • LDPE • LLDPE • EVA • PA • EVOH
START WITH ECONOMICS
Start with production economics,
not a model number.
Select technology and configuration from application, resin, width, gauge, output, scrap and cost per kg so the investment fits the real operation.
APPLICATION-FIRST SOLUTIONS
Build film around
your market.
MACHINE CONFIGURATIONS
Select from requirements,
not price alone.
PFMF-1350-2600
View machine details →Three-Layer Co-Extrusion Film Blowing Machine (ABC)
ABC three-layer co-extrusion · 120–180; 150–200; 180–220; 200–280; 250–350 kg/h
PFMF-1100-1600-HDPE
View machine details →ABA HDPE Film Blowing Machine (Automatic Single Winder)
ABA; automatic single winder · 50–80; 70–150; 80–180; 100–200 kg/h
PFMF-1100-1600-LDPE
View machine details →ABA LDPE Film Blowing Machine (Automatic Double Winder)
ABA; automatic double winder · 50–90; 70–150; 80–180; 100–200 kg/h
PFMF-700-1100-HDPE
View machine details →HDPE Single Layer Film Blowing Machine (Inline Printing)
Single layer; inline printing · 20–40; 30–50; 30–70; 40–80; 50–100 kg/h
PFMF-700-1100-LDPE
View machine details →LDPE Single Layer Film Blowing Machine
Single layer; manual single-position winder · 20–40; 30–50; 30–70; 40–80; 50–100 kg/h
DECISION TOOLS
Turn requirements into
comparable options.
KNOWLEDGE FOR INVESTMENT
Build the case
before the proposal.
TECHNICAL GUIDE
What Is a Blown Film Machine and How Should a Factory Choose One?
A blown film line turns resin pellets into tubular film through melting, die extrusion, bubble inflation, cooling, collapsing and winding. Correct selection starts with the product and production numbers—not a model name.
Read guide →TECHNICAL GUIDE
Single Layer vs ABA: Which Configuration Fits?
The useful question is not whether ABA is better than Single Layer, but how much layer and formulation flexibility the application requires.
Read guide →TECHNICAL GUIDE
ABA vs ABC: How Should a Factory Choose?
ABA and ABC are both three-layer structures, but they differ in extruder arrangement and formulation freedom. Selection should follow the product requirement, not an assumption that more complexity is always better.
Read guide →WHY PF MACHINE
Industrial technology.
Practical economics.
Application First
Define the real product and process
Cost-per-Kg Thinking
Connect output, scrap and cost
Selection Process
Compare configurations methodically
Project Coordination
From proposal to commissioning
Technical Support
Coordinate scope-based specialists
PF Machine works with selected manufacturing partners to configure machinery according to each project’s production requirements.