❮
❯
BARFORD BF4048 Tracked Pugmill
Barford’s Twin shaft Pugmill Mixer is an efficient, accurate, tracked/mobile diesel-driven plant and is the complete solution for the mixing of aggregates, sands, soils, trench arisings and cold asphalt with various powders, cementitious mixtures, SMR powder, binders or lime for concretes, soil stabilisation, reinstatement works and contaminated land.
The onboard water tank provides water dosing when required. Upon request, a liquid Admixture pump kit is fitted with a drive motor, control panel calibrating pump and Admixture injector feed to the water line.
- Product Description
- Technical Specification
Product Description
In this way, you can produce various concretes, mortars with or without admixture, cementitious mixtures, and stabilised soils
The main conveyor belt is mounted on belt weigher load cells, therefore full weighing control for aggregates/soils. All materials are weighed/measured before mixing. Electronic Flow Meters control water, additives and emulsions where fitted
Features at a glance…
⚙️ Electronic flow meters control water, additives and emulsions where fitted
⚙️ On-board computer system stores up to 20 recipes and controls production automatically
⚙️ Production stops automatically if one of the materials is missing
⚙️ Tracked mounted chassis for ease of movement on-site
⚙️ 400Ltr fuel tank
Technical Specification
| FEATURES & BENEFITS |
|---|
| The system for the Powder dosing is controlled by electronic weight load cells (precision: <1% tolerance) mounted under the powder bin and auger fed to the main conveyor incline belt while continuously mixing |
| The Heavy duty twin shaft pugmill mixer unit is for continuous mixing materials enter the mixer from above to ensure a better mix and then discharge the opposite end out to the ground or stockpile conveyor |
| Electronic Flow Meters control water, additives and emulsions where fitted |
| On-board computer control system stores up to 20 recipes and controls production automatically |
| Production stops automatically if one of the materials is missing |