Small laboratory Z blade sigma mixer

The laboratory kneader is a precision equipment specifically designed for small-scale experiments. It is primarily used for mixing, kneading, and air bubble removal of high-viscosity and high-elasticity materials, and is widely applied in industries such as chemical, construction, daily chemical, and resin. Its core structure includes the kneading section, base section, hydraulic system, transmission system, and electronic control system. Made of stainless steel or carbon steel, it is corrosion-resistant and ensures material purity.

Product Features

Material and structure: The components that come into contact with the material (such as the paddles and the inner wall of the mixing tank) are all stainless steel parts, which are corrosion-resistant and ensure product quality.

Heating method: Supports electric heating, heat transfer oil heating, or steam heating, with a maximum temperature of up to 400℃. It features fast heating speed and long heat retention time.

Vacuum function: Equipped with a vacuum pump, capable of achieving a vacuum level of -0.09 MPa, effectively removing air bubbles.

Easy to operate: Integrated electrical control, supporting manual or automatic mode, with simple and reliable operation.

Application scenarios

Testing of chemical raw materials: such as the mixing of resins, pigments, and dyes.

Preparation of building material samples: such as performance testing of adhesives and sealants.

Research and development of daily chemical product formulas: such as formula optimization for cosmetics and detergents.

New material field: such as the development of silicone, adhesives, and ceramic slurry.

Capacity options for commonly used laboratory specifications include: 1L, 2L, 5L, 10L, 20L, 50L, etc., which can be selected based on the needs of experimental batches. For example, the 5L model is suitable for small-scale experiments, while 10L and above models are suitable for pilot testing or mass production.

Application scenarios of Z type kneading machine in small laboratory

New material research and development: used for formula validation and performance testing of new composite materials such as silicone rubber, carbon materials, and flame retardants.

Food and Medicine: Processing high viscosity materials such as chewing gum, bubble gum, food gum base, and paste like agents to ensure uniform mixing and compliance with hygiene standards.

Electronic packaging: Prepare high-purity electronic adhesive and thermal conductive silicone grease, and improve insulation and reliability through vacuum defoaming.

Environmentally friendly materials: used for mixing and modifying green materials such as biodegradable plastics and biocellulose.