Automatische voeding 10-30 T/H Droge menginstallatie Open type verpakking

Chat Contacteer ons

Automatische voeding 10-30 T/H Droge menginstallatie Open type verpakking

Automatische productielijn voor droge mortel

May 23, 2025

Categorie Verbinding: Droog mengelingsinstallatie

Chat Contacteer ons

Taggen:

#de droge machine van de mortiermixer #droge mortier het groeperen installatie #droog mengelingsmortier productieinstallatie

Brief: Discover the Automatic Feeding 10-30 T/H Dry Mix Plant Open Type Packaging, a high-capacity dry mortar production line designed for efficiency and versatility. This plant mixes dried sand, cement, and additives to produce bagged or bulk dry mortar, ready for direct application. Ideal for various construction needs, it offers multiple production capacities and advanced features.

Related Product Features:

Produces 10-30 T/H of dry mortar with automated feeding and packaging.
Equipped with a full automatic batching system for precise mixing.
Includes a dust removal system to maintain a clean working environment.
Met meerdere materialen ontladingsmodi: handmatig, elektrisch en pneumatisch.
High-speed rotating blades for rapid fiber separation.
Air-phase balancing device ensures even mixing of materials.
Compound structure of paddles reduces maintenance costs.
Suitable for producing various dry mortars like bonding, decoration, and protection mortars.

FAQ's:

What is the production capacity of the Automatic Feeding 10-30 T/H Dry Mix Plant?

The plant offers a production capacity ranging from 10 to 30 tons per hour, depending on the model and configuration.
What types of dry mortar can this plant produce?

This plant can produce bonding mortar, decoration mortar, and protection mortar, including masonry mortar, tile adhesive, waterproof mortar, and more.
What are the key advantages of the MG Automatic Dry Mix Mortar Plant?

Key advantages include multiple discharging modes, high-speed mixing, air-phase balancing for even mixing, reduced maintenance costs, and the ability to operate in confined spaces.