Suitable for all granular materials
Suitable for all granular materials
Request a QuoteControlled weighing for granular-product blending and batching before storage, processing or packaging.

Process Weighing · 0.3–12 t/h
The PAK-BLG12 is a process weighing unit for compatible free-flowing granular materials. It can support recipe-based blending or batching when installed with correctly sized upstream feeding and downstream transfer equipment.
Published values are reference specifications, not a guarantee for every material or package. PAKEWIN confirms the final configuration through application review and representative sample testing.
Suitable for all granular materials
Food-grade stainless steel
Intelligent control with simple operation
Applications
Meter rice streams for controlled recipes before packing.
Support repeatable batches for compatible free-flowing materials.
Coordinate the weighing unit with controlled feeders and a common discharge path.
Place process weighing upstream of bagging where recipe control is required.
Technical Specifications
Confirm voltage, utilities, dimensions, output and acceptance criteria for the destination and final application.
Operating Sequence
Upstream equipment delivers each material at a stable, controllable rate.
The weighing unit measures the required amount according to the active recipe.
The measured material transfers to the blending or collection process.
Controls repeat the cycle and can be coordinated with the wider production line.
Project Information
Provide material names, bulk densities, particle sizes, number of components, minimum and maximum ratios, target throughput, batch or continuous process, accuracy requirement, inlet and outlet heights and cleaning plan.
Related Equipment
PAK-P3 / PAK-P4 rice blending system · PAK-FLG18 flow scale · Process weighing range
Frequently Asked Questions
It is intended for compatible free-flowing granular materials. Sticky, dusty, fragile or irregular products require sample evaluation.
The listed range is 0.3–12 tonnes per hour. Actual performance depends on material flow, feeder control, recipe and installation.
The published value is within 0.5%. The applicable calculation, test duration and operating conditions should be agreed during project confirmation.
Yes, when the upstream and downstream equipment are sized and controlled as one system.