The Neg Furls Negative Pressure Weighing Chamber is an excellent choice for laboratory and industrial applications due to its superior design and efficient operation. The following are its main features:

• Double-layer negative pressure structure: The advanced double-layer negative pressure design effectively prevents any risk of leakage and ensures a safe operating environment.

• Operating environment and conditions: Suitable for operation under atmospheric conditions with a temperature range of 5℃ to 40℃ and a relative humidity of no more than 85% (no condensation). The atmospheric pressure adaptation range is 86KPa to 106KPa, and the power demand is AC380v, three-phase, 50HZ, which effectively ensures the stable operation of the equipment in various environments.

• Filter Differential Pressure Display Device: The built-in filter differential pressure display device monitors the operating status of each filter in real time, ensuring the high efficiency and reliability of the filtration system and avoiding any pollutant leakage.

• Liquid Tank Design: The unique liquid tank design provides perfect sealing, further enhancing the safety and sealing effect of the equipment, preventing any leakage.

Through these excellent features, Neg Furls negative pressure weighing chambers provide users with a safe, reliable and efficient weighing environment, ideal for all types of precision operations.

Designed for environments with high cleanliness requirements, Neg Furls negative pressure weighing chambers are constructed of materials and configured with high efficiency filtration, quality lighting and sterilization, and easy maintenance in mind.

• Filter System:

We utilize a two-stage filtration system consisting of a primary filter and a high-efficiency filter. HEPA filters meet DOP or PAO testing standards to ensure filtration effectiveness. The two-stage filter design allows for easy removal and replacement from the front or the top, greatly simplifying maintenance.

• Lighting and Sterilization:

The lighting system in the weighing room has been carefully designed to ensure that the illumination level at one meter from the floor is more than 300 Lux, providing a good working environment for the operator. Users can choose sterilization lamps or ozone generators to meet the needs of sterilization in different scenarios to further enhance the cleanliness.

• Box material:

The overall cabinet of the weighing chamber is made of high quality SUS304 stainless steel, which is shaped through bending, welding and assembling processes. The box structure has a high degree of flatness, easy to clean, to meet the strict health standards. The electrical cabinet design is flexible, users can choose the built-in or external mode according to the demand, easy to install and maintain.

Neg Furls negative pressure weighing chambers strive for perfection in material and design to ensure that they provide users with an efficient, clean and safe working environment.

Neg Furls negative pressure weighing chambers are designed with vertical unidirectional airflow to ensure a steady unidirectional flow of clean air in the work area. The return air system passes through a pre-filter to remove large particles of dust and protect the service life of the high efficiency filter.

The pre-filtered air passes through the high-efficiency filter under the pressure of the centrifugal fan to reach the clean standard. The air supply and exhaust of the system are processed by high-efficiency filters to effectively avoid secondary pollution and ensure the cleanliness of the working environment.

Inside the negative pressure weighing room, the system prevents dust from leaking out by generating negative pressure so that the direction of air flow is from outside to inside. Dust and other particles are collected in the lower enclosure and connected to a dust collector through the air duct for centralized treatment, ensuring a safe and clean operating environment.

Neg Furls Negative Pressure Weighing Chambers provide an efficient, clean and safe working environment through the combination of vertical unidirectional airflow, high efficiency filters and a negative pressure environment.

Options. 

1	Wind Speed Sensor
2	Differential Pressure Sensor
3	converter
4	touchscreens
5	PLC control
6	Polymer homogeneous membrane