The base material integrated machine includes: an efficient base material machine, a 107 adhesive metering tank, and a screw feeding powder equipment; it achieves the goal of automatic liquid and powder feeding. Its working principle is as follows:
High-Efficiency Base Material Machine - an advanced equipment for silicone rubber base material production. Suitable for the production of polyurethane sealant, mold胶, coatings, electrode pastes, etc. Available in three models: 3000L, 4000L, and 5000L. Used for rapid dispersion, mixing, and stirring of powder-liquid and liquid-liquid materials. The machine features a gantry structure with a hydraulic lifting device for easy cylinder movement, discharge, and cleaning. The mixing is composed of dual high-speed dispersing shafts and a low-speed V-shaped scraper for the bottom and sides. Both high and low-speed shafts are equipped with variable frequency control, along with a unique mechanical seal and positioning device for easy operation. The discharge is controlled by a variable frequency high-viscosity pump, eliminating the need to move the cylinder, reducing the operator's labor intensity, increasing discharge speed, and maintaining continuous base material production.
2.107 Gallon Metering Tank – Equipment for liquid material delivery. Equipped with a funnel featuring weighing and metering functionality connected to a high-viscosity pump, it achieves the effect of pre-mixing and metering of liquid materials; and delivers the liquid material into the cylinder of an efficient base material machine through the high-viscosity pump, with a single-button operation for convenience and speed.
3. Screw Feeding Equipment – A device for powder material delivery. The equipment features a two-section screw structure, variable frequency control, and is interconnected with an efficient base material mechanical and electrical control system. This enables the base material machine to disperse at high speed throughout the entire powder feeding process, preventing clumping of the powder, ensuring the dispersion effect of the base material, and effectively enhancing its fineness.
