Aliva 260 Rubber Plates (Upper and Lower)
Description
Aliva 260 Rubber Plates (Upper and Lower)
Upper and Lower Rubber Plates for Aliva 260 Shotcrete Machine
The Aliva 260 Rubber Plates (upper and lower) are high-quality replacement parts designed for the Aliva 260 dry-mix shotcrete machine.
Manufactured from high-quality, wear-resistant rubber, these sealing plates provide reliable sealing, stable material flow, and long service life, even under demanding dry-mix shotcrete and gunite conditions. Their precision fit ensures efficient operation of the rotor system while minimizing wear and reducing machine downtime.
Designed for quick and easy installation, the upper and lower rubber plates are ideal for routine maintenance, repairs, and complete machine overhauls, helping to keep your shotcrete equipment operating efficiently.
We supply both the upper and lower rubber plates individually as well as the matching Aliva 260 Steel Plate for a complete repair solution.
Key Features
- Upper and lower rubber sealing plates
- Suitable for Aliva 260
- High-quality wear-resistant rubber
- Precision fit
- Reliable sealing
- Durable construction
- Easy installation
- Replacement spare parts
Benefits
- Ensures reliable sealing
- Supports stable material flow
- Reduces wear on the rotor system
- High resistance to abrasion
- Long service life
- Minimizes maintenance downtime
- Maintains consistent shotcrete performance
Applications
Suitable for:
- Aliva 260 shotcrete machines
- Dry-mix shotcrete equipment
- Gunite machines
- Concrete spraying systems
- Rotor system maintenance
- Shotcrete machine repairs
Technical Information
- Product Type: Upper and lower rubber sealing plates
- Compatible Machine: Aliva 260
- Material: Wear-resistant rubber
- Application: Dry-mix shotcrete machine
Machine Compatibility
This part is compatible with:
Aliva260
Shipping Information
International shipping available. For products over 30kg, please Contact Us for a shipping fee quote. For more information, see our Shipping Policy and Refund Policy.
