Description

HP series
Compact size, very convenient to carry and move;
Plastic shell, beautiful and generous;
The vacuum film is made of high quality rubber with good oil resistance and fatigue resistance.
Layer, thickness is 3mm, the service life is greatly improved;
The air flow rate is 10L/min
Do not contact corrosive gas and make the pump into the liquid, otherwise it will damage the pump endothelial membrane.
HPD series
Compact size, very convenient to carry and move;
The vacuum film is made of high quality rubber with good oil resistance and fatigue resistance. It is accompanied by a reinforced textile frame sandwich. The thickness is 3mm, and the service life is greatly improved.
Double stage pump head pressure can be close to 0.1mpa, can also use large flow structure;
Metal shell, strong and durable;
Air flow rate 25L/min and 50L/min two;
Do not contact corrosive gas and make the pump into the liquid, otherwise it will damage the pump endothelial membrane.

Specification

Traffic: 25 L/min
Pressure: 0.08 Mpa
Power: 50 w
External dimensions: 245*135*245mm
Weight: 5 kg
External outlet: φ8mm

Features

HP series
Compact size, very convenient to carry and move;
Plastic shell, beautiful and generous;
The vacuum film is made of high quality rubber with good oil resistance and fatigue resistance.
Layer, thickness is 3mm, the service life is greatly improved;
The air flow rate is 10L/min
Do not contact corrosive gas and make the pump into the liquid, otherwise it will damage the pump endothelial membrane.
HPD series
Compact size, very convenient to carry and move;
The vacuum film is made of high quality rubber with good oil resistance and fatigue resistance. It is accompanied by a reinforced textile frame sandwich. The thickness is 3mm, and the service life is greatly improved.
Double stage pump head pressure can be close to 0.1mpa, can also use large flow structure;
Metal shell, strong and durable;
Air flow rate 25L/min and 50L/min two;
Do not contact corrosive gas and make the pump into the liquid, otherwise it will damage the pump endothelial membrane.