Beijing VP
BJVP’s automated batch and metered blending solutions (from SMB/ILB to ABB-integrated systems) deliver formula-accurate, high-throughput blending with automated weighing, dosing and inline controls — minimizing human error, standardizing product quality and scaling production from R&D batches to full plant runs.
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Beijing VP
BJVP offers a range of purpose-built fluid-transfer pumps (gear, lobe, pitot, dosing and pneumatic types) engineered for accurate, sanitary and heavy-viscosity transfer in industries from food & beverage to petrochemicals. Their pumps are selected and constructed to match fluid properties and site needs, delivering steady throughput, low shear (for sensitive fluids) and easy maintenance to keep production moving with minimal downtime.
Beijing VP
BJVP’s valve portfolio (including sleeved-plug and multi-port/three-way valves) combines compact, lightweight design with superior sealing and flexible actuation (manual, pneumatic or electric), enabling tight process control, reduced footprint and simplified piping layouts — ideal where hygiene, reliability and fast changeovers matter.
Beijing VP
VP’s VPBATCH®/VPBLEND® automation platform and DCS integrations deliver modern, open-architecture batch and blending control tailored to lubricant, chemical and food production: recipe management, PLC/DCS coordination, data logging and operator interfaces that raise product consistency, safety and plant efficiency.
Beijing VP
BJVP’s automated Drum Decanting Units are designed for precise, high-viscosity additive extraction from 200 L drums, IBCs or plastic containers: PLC control, near-zero residuals, self-cleaning extraction rods and spill-free operation reduce waste, blend variation and manual handling risks while speeding up ingredient transfer.
Beijing VP
The VI Dissolving skid integrates cutting, high-speed dissolving and automated lifting/loading so high-viscosity polymers can be fed and dissolved directly without manual pre-cutting; the result is faster throughput, consistent polymer dispersion and lower labour/solvent costs.