High Capacity Predampener with Variable Output for Gunning Materials

Myda
10 Aug 2026
Business

Consistent material preparation is essential for efficient refractory and gunning applications. The Blastcrete Predampener is designed to add up to 5% moisture to gunning materials to support proper hydration at the nozzle while helping minimize rebound. Its hydrostatic operating system provides controlled predampening and output for demanding material-processing applications.

High Capacity Predampener for Industrial Applications

The Blastcrete Predampener is built to handle substantial volumes of gunning material. With an output capacity of 0–12 tons per hour and a hopper capable of holding up to 3,000 pounds, this high capacity predampener is designed for continuous industrial material preparation.

A material feed screw moves material from the hopper into the predampening system, while the 9-inch hydrostatic predampening auger helps provide controlled material movement and conditioning.

Variable Output Predampener for Controlled Processing

The hydrostatic design allows the machine to provide precise material predampening and output control. This makes the Predampener a practical variable output predampener for applications where material flow and moisture addition need to be managed consistently.

The system is designed to add up to 5% moisture to gunning materials. Two solenoid-activated water bars provide water to the material, with simple water-volume adjustment for controlling the amount of moisture introduced during processing.

Hydrostatic Predampening Auger

A key component is the 9-inch hydrostatic predampening auger. The auger works with the material feed screw and mixing system to condition material as it moves through the machine.

Hydrostatic operation provides controlled material handling and allows operators to adjust the output according to production requirements. This can be useful for contractors and industrial facilities handling different quantities of gunning material.

3,000-Pound Hopper and Mixing System

The Predampener incorporates a hopper with a capacity of up to 3,000 pounds. A material feed screw provides controlled feeding into the predampening system.

The machine also features a mixing auger with a removable rubber enclosure. Together, these components support continuous material feeding, mixing, and moisture addition.

Built for Industrial Material Preparation

The Predampener is skid mounted and equipped with forklift tubing for equipment handling. The manufacturer states that the machine is recommended by major refractory material manufacturers.

Its combination of high material capacity, adjustable water delivery, hydrostatic predampening, and variable output makes it suitable for demanding refractory and gunning material preparation environments.

Key Features
High capacity predampener with up to 3,000 lb. hopper capacity
Variable output predampener with 0–12 tons per hour capacity
9-inch hydrostatic predampening auger
Mixing auger with removable rubber enclosure
Material feed screw
Two solenoid water bars
Simple water-volume adjustment
20 HP electric motor
Disconnect and electrical enclosure
Skid-mounted construction with forklift pickup
Up to 5% moisture addition
Optional trailer-mounted configuration
Predampener Specifications
Specification Details
Output 0–12 tons per hour
Hopper Capacity Up to 3,000 lbs.
Mounting Skid mount with forklift pickup
Dimensions 156" × 60" × 72"
Weight 2,800 lbs.
Predampening Auger 9-inch hydrostatic
Water System Two solenoid water bars
Motor 20 HP electric
Power Options 240V or 480V, 3 phase
Moisture Addition Up to 5%
Optional Configuration Trailer mounted
Efficient Moisture Control and Material Output

For contractors and industrial users seeking controlled preparation of gunning materials, the Blastcrete Predampener combines high material capacity with hydrostatic moisture control. The high capacity predampener design supports substantial material volumes, while its variable output predampener system allows operators to manage material flow and predampening according to application requirements.

The result is a dedicated material-conditioning system designed for efficient feeding, controlled moisture addition, and consistent output in demanding industrial environments.