Product Introduction

Seamless transition from pilot-scale testing to mass production of ultrafiltration membranes Desktop twin-screw extruders provide efficient, economical, and reliable technical solutions for ultrafiltration membrane research and development. They not only accelerate the development of innovative materials and processes but also save companies R&D costs, reduce technical risks, and effectively promote the transformation of R&D results

Lab Blown Film Machine I. Technical Requirements and Equipment Characteristics for Composite Film R&D With the continuous improvement of packaging material performance requirements, traditional single-layer films are increasingly unable to meet the increasingly complex application needs. In contrast, multilayer composite films, by combining the advantages of different materials, can significantly improve the barrier properties, mechanical

Guangzhou Hartek Co., Ltd., situated in Guangzhou, has recently finalized the transaction for a cutting-edge set of desktop extrusion equipment to The University of New South Wales. This state-of-the-art equipment has been specifically crafted to bolster the research and development endeavors in the field of material science and engineering. Known for our groundbreaking research and

A leading provider of extrusion equipment, Guangzhou Hartek, has successfully sold a 12mm twin screw extruder to Dai Nam University. This advanced extruder will significantly enhance the university’s ce. The 12mm twin screw extruder is a powerful and adaptable machine extensively utilized in the plastics, rubber, and food processing industries. Its capabilities encompass the processing

Compared with Single screw extruder, the twin screw extruder have many advantages. 1.Increased versatilityThe two screws mounted in parallel enables different configurations and varying conditions in the different extruder zones.therefore,Various types of twin-screw extruders available with different operating mechanisms that can be employed for different applications.2.Lower tendency to overheatIn the single screw extruder, increasing the

In the dynamic world of material science and product development, laboratory extruders stand as indispensable tools for researchers and engineers. These compact yet powerful systems enable precise control over material processing, making them vital for prototyping, formulation optimization, and small-scale production. Let’s explore how these machines drive innovation across industries. How Laboratory Extruders Work？ At

The Lab Precise Hydraulic Platen Press is a high-performance research and production tool designed for rubber vulcanization, thermosetting material processing, and composite thermoforming. With its precision hydraulic system, PID-controlled heating, and automated pressure management, it enables reproducible sample preparation for R&D, quality control, and small-batch production. Ideal for laboratories and pilot plants, it supports material

Internal mixers are essential equipment widely used in the rubber and plastic processing industries. They are primarily used to mix and process various raw materials, such as rubber, plastics, and chemical additives, to form a uniform mixture, thereby studying its physical properties and chemical stability. Internal mixers play a crucial role in tire manufacturing, rubber

Structure and working principle The laboratory single screw extruder is mainly composed of a screw, a barrel, a heating/cooling system, a transmission system and an intelligent control system. Its working principle is based on the rotation of the screw to gradually plasticize, mix and extrude solid materials (such as polymer particles or powders). The screw

1. Mixing and blending extruder Function: Focus on uniform mixing and blending of materials to achieve dispersion and compatibility optimization of multi-component materials (such as polymer alloys, nanocomposites). Features: – Twin screw design (co-rotating or counter-rotating) to enhance shear and mixing effects. – Precise temperature control to avoid material degradation. Application: – Development of polymer

In the fast-evolving world of material science and polymer research, precision, flexibility, and scalability are non-negotiable. Introducing our Lab Multi-Layer Co-Extrusion Line—a cutting-edge solution designed to empower laboratories, R&D centers, and academic institutions to push the boundaries of innovation. Whether you’re developing advanced packaging films, functional polymer composites, or bio-based materials, this compact yet powerful

The Lab 3D printer filament extrusion line is composed of single screw extruder, die head, cooling water tank, traction system, winding system. It is applied to the extrusion molding of filaments. It is an ideal tool for research institute cause of it’s miniaturization, intelligence and high precision. Function & Features： Specification of filament extrusion line:

Each material has its own characteristics. To achieve the desired output and quality in molded products, a single screw type cannot meet all the needs of plastic molding. The screw must be chosen based on the properties of the raw material. The selection of a screw’s compression ratio, length-to-diameter ratio, and form should be based