Zhejiang Bahe Valve Technology Co., Ltd
Hotline:0577-86998906
BAHE CHINA

Practical analysis of the problem determines the pertinence and effectiveness of the solution

Based on a wealth of basic services, we provide a portfolio of control valve products suitable for various industries to meet the safe operation of users

Determine the problem object and scope of influence - Analyze the problem - Propose solutions and suggestions - Cost planning and feasibility analysis

Food

Food业
Ensure the safety of production process control

Quantitative filling is a machine for measuring and filling by controlling the volume of liquid filled into packaging containers. It is simple, reliable, and has few faults. It uses a cone piston, with good sealing performance, accurate dispensing volume, and convenient liquid volume adjustment. Suitable for quantitative filling of hospital preparation rooms, ampoules, eye drops, various oral liquids, shampoos, and various aqueous preparations; At the same time, it can also be used for quantitative continuous addition of various liquids in various chemical analysis tests, especially for liquid subpackaging in large, medium, and small pesticide plants. The filling valve is an on-off valve that accurately and quantitatively controls the flow. Widely used in machinery such as food, packaging, petrochemical, metallurgy, paint spraying, vehicles, printing and dyeing. Valve actuators feature lightweight design, beautiful appearance, compact structure, and excellent performance. BAHE valves are widely used in the quantitative filling industry, such as mineral water drinks, dispensing, canned goods, paint quantitative filling, etc. Our products can meet user needs under a variety of different operating conditions. BAHE also provides a full range of valve solutions to meet customer needs.

The main products include: conventional pneumatic ball valve  butterfly valve, three-section pneumatic ball valve  butterfly valve, and other series.


Application
Automatic system
Exhaust gas system
Waste heat utilization
Steam cracking
Raw material chemistry
Industrial communication
Engineering plastic
Man-made fiber