Rất tiếc, mục này chỉ tồn tại ở Tiếng Anh (Mỹ).
Related Posts
27
Jul
The advantages of copper wire motor – Decent Machinery
Copper has one of the highest electrical conductivity rates among metals, which allows it to be soldered with ease. It also makes it possible for smaller conductors to be used to transmit power loads. Smaller conductors are easier to transport and install, and they... read more
15
Oct
(English) What’s the material of the impeller?
Rất tiếc, mục này chỉ tồn tại ở Tiếng Anh (Mỹ). read more
19
Oct
(English) Do you know where Chiller is usually used?
Rất tiếc, mục này chỉ tồn tại ở Tiếng Anh (Mỹ). read more
10
May
(English) Do you know the history of HVAC?
Rất tiếc, mục này chỉ tồn tại ở Tiếng Anh (Mỹ). read more
20
Mar
How to get a quicker quotation for the roots blower ?
In order to give a quicker quotation for the roots blower, please provide us the following information: Usage and use conditions Specify your usage, location, and running conditions such as continuous or intermittent. Air-Capacity Specify the required air-capacity is based on the standard conditions (1 Atm., 20° C, relative... read more
15
Apr
(English) What fields can fog cannon be used in? What types are available?
Rất tiếc, mục này chỉ tồn tại ở Tiếng Anh (Mỹ). read more
14
May
What documents we will provide you after delivery of the products ?
The following documents will send to you by DHL : Commercial invoice———-original 2 sets Packing List——————-original 2 sets FORM E———————–original 1 set and 1 copy set Bill of Lading —————–original 1 set and 3 copy set read more
21
Mar
What is the Fan Characteristics Curve ?
Fan Characteristic Curve stands for the relationship between volumetric flow rate and the pressure drop across the fan (static pressure), which is described by the fan characteristic curve. It is usually provided by the fan manufacturer. Below table shows a characteristic curve for a common... read more
14
Oct
(English) Can the Fog Cannon be controlled by PLC system?
Rất tiếc, mục này chỉ tồn tại ở Tiếng Anh (Mỹ). read more