广州科里时技术有限公司

An important component of the powder feeding system, it is suitable for the unloading and conveying of powder and small packets of raw materials.

An important component of the original feeding system, it is suitable for unloading and conveying raw materials in granular and small packages.

An important component of the pellet feeding system, it is suitable for unloading and conveying raw materials in tons/small packages of pellets.

An important component of the pellet feeding system, it is suitable for unloading and conveying raw materials in tons/small packages of pellets.

An important component of the negative pressure conveying system, it is suitable for unloading conveying at the bottom of the powder silo.

An important component of the negative pressure conveying system, it is suitable for unloading conveying at the bottom of the powder silo.

An important component of the negative pressure conveying system, it is suitable for unloading conveying at the bottom of the powder silo.

An important component of the negative pressure conveying system, it is suitable for unloading conveying at the bottom of the powder silo.

An important component of the negative pressure conveying system, it is suitable for unloading conveying at the bottom of the powder silo.

An important component of the negative pressure conveying system, it is suitable for suction conveying of powder and granular materials.

An important component of the negative pressure conveying system, it is mainly suitable for the switching of material pipelines in the negative pressure pneumatic conveying system. It adopts a full-diameter design, and the fully open flow holes can convey materials unimpeded, and no protrusions disturb the flow of materials, which greatly Improved delivery efficiency.

An important component of the negative pressure conveying system, it is mainly suitable for the switching of material pipelines in the negative pressure pneumatic conveying system. It adopts a full-diameter design, and the fully open flow holes can convey materials unimpeded, and no protrusions disturb the flow of materials, which greatly Improved delivery efficiency.