What does a Vulcanizer do?
Knowledge

What does a Vulcanizer do?

The rubber vulcanizer is the most widely used instrument in the rubber processing industry to control the quality of rubber materials, rapid inspection, and basic research on rubber. and parameters such as maximum and minimum torque.
Published: Aug 30, 2022
What does a Vulcanizer do?

What does a Vulcanizer do?

A vulcanizer is a machine for vulcanizing various rubber and plastic products. It has the functions of timing mold clamping, automatic pressure supplementation, automatic temperature control, automatic timing, and alarm when it arrives. It is divided into three forms: electric heating, steam heating, and heat transfer oil heating.

The main function of the vulcanizer is to provide the pressure and temperature required for vulcanization. The pressure is generated by the hydraulic system through the hydraulic cylinder, and the temperature is provided by the heating medium (usually steam, heat transfer oil, etc.). Flat belt vulcanizers can be divided into column type flat belt vulcanizers and frame flat belt vulcanizers according to the frame structure. According to the number of working layers, it can be divided into single layers and multi-layer. The working medium of the hydraulic system can be divided into oil pressure and water pressure.

Working Principle of Vulcanizer:

Rubber belt vulcanization is a whole process from raw rubber to mature rubber. During this whole process, the rubber vulcanizer must provide working pressure, temperature, and time to control the vulcanized rubber. The vulcanizing machine satisfies this whole process, the sound card rack and the pressure plate produce the working pressure, and the electrical control cabinet and the heating plate produce the temperature and control the rubber vulcanization time. Domestic general rubber strip vulcanization temperature is 145 degrees, vulcanized rubber working pressure does not exceed 1.5mpa, and vulcanization time varies from 30 to 60 minutes depending on the tape.

The Performance of the Vulcanizer:

  • PLC, HMI control, can complete manual and automatic control systems. The automatic control system can complete the functions of mold clamping, exhaust pipe, temperature control, vulcanized rubber timing, alarm, mold ejection, etc. The touch screen displays the temperature of each heating area of the information heating plate in real-time.
  • The hydraulic cylinder is made of ZG270-500 raw materials, and the plunger pump is made of cold hard aluminum alloy pig iron with high material density, which is finely cast after casting. The sealing method of the hydraulic cylinder is a YX-type sealing ring.
  • The automatic top iron of the hydraulic press is used for the pot side of the heating plate. Under the function of four hydraulic cylinders, the cushions on both sides of the heating plate will win or lose. Anti-block overlap equipment is set up on both sides of the heating plate.
  • Each heating area of the heating plate is set up with a set of valves for adjusting the temperature. Under the control of the PLC, it is ensured that the temperature of each heating area of the heating plate is uniform and consistent.
  • Hydraulic system: Applied to various hydraulic systems, under the control of PLC, it can complete fully automatic: mold clamping, exhaust, mold opening, and unloading.
  • Synchronized and balanced organization of mechanical equipment: There is a synchronous shaft surrounding the generator set directly below the service platform, and racks are set up on both sides of the shaft to ensure that the service platform is leveled.
  • Clamping-oriented equipment: Set up clamping-oriented equipment on both sides of the lower bed, and install oriented seats on the frame plate and service platform. The oriented seats produce and process slopes, and the slope spacing can be adjusted according to the top wire.
  • Boosting organization for mold ejection: The four oil cylinders built under the service platform act during mold ejection, and the platform is forcibly pulled away to avoid the phenomenon of sticking to the pot and being unable to open the mold.

The Use and Application of Vulcanizer:

The vulcanizing machine is suitable for vulcanized rubber of various plastic products. It is necessary for plastics, vulcanized rubber guns and various thermosetting raw materials. The equipment is widely used and can be used in the metallurgical industry, Transport joints for adhesive belt conveyors in the chemical industry, power stations, etc.

Precautions for the Use of Vulcanizers:

The vulcanizer is mechanical equipment suitable for the vulcanization and pressing of various rubber and plastic products. It plays an important role in the rubber industry. The vulcanizer has complete functions and is relatively safe to operate. It reduces labor intensity and improves production efficiency.

When the vulcanizer is idle, it should be placed in a dry and ventilated environment. Not only that but also in a dry and ventilated environment when using the vulcanizer. Avoid placing it in a humid environment, because in a humid environment The environment will affect the normal operation of the vulcanizer, thereby affecting the quality of the produced products. In addition, before using the vulcanizer, you must read its instructions carefully, and operate step by step according to the requirements to ensure the standardization of the operation.

Published by Aug 30, 2022 Source :szksma

Further reading

You might also be interested in ...

Headline
Knowledge
Understanding the Logistics and Transportation Sector
As the number of e-commerce transactions continues to surge, there is a parallel increase in the demand for logistics services. Amidst the ongoing transformation and upgrade of the industry, the integration of smart technology has emerged as a pivotal factor in driving its development.
Headline
Knowledge
Understanding Mechanism Design and Its Practical Applications
Creating an effective mechanism design entails thoughtful consideration of factors such as materials, specifications, precision, manufacturing processes, and functionality. Moreover, it must be cost-effective to ensure the development of a successful mechanism design.
Headline
Knowledge
Understanding the Granulation Process
Plastic granulation technology plays a pivotal role in the manufacturing of plastic products and the recycling of resources. It is employed to produce a diverse range of plastic products or raw materials, offering both environmental and economic advantages.
Headline
Knowledge
What Constitutes Contemporary Architectural Frameworks for Robotic Computing?
The behavior of robots is frequently modeled as a computational graph, wherein data flows from sensors to computational technology, extending to actuators and then looping back. To enhance performance capabilities, robotic computing platforms need to adeptly map these graph-like structures to CPUs and specialized hardware, such as FPGAs and GPUs.
Headline
Knowledge
How Does the Electroplating Process Work for ABS Plastic?
Over the past few years, plastic electroplating has gained widespread popularity, particularly in the decorative electroplating of plastic components. Among the various types of plastic utilized in electroplating, ABS plastic stands out as the most extensively employed.
Headline
Knowledge
What Are the Fundamentals and Benefits of Choosing between Liquid and Powder Coating?
Metal fabricators aiming to venture into finishing processes should familiarize themselves with two prevalent options—liquid and powder coating—along with the prerequisites necessary for a company seeking to employ either or both.
Headline
Knowledge
Anticipating the Emerging Trends in the Global Laser Industry
In light of the evolving global industry demands, the laser industry and technology are shifting their focus towards meeting the requirements of 5G semiconductors and smart vehicle processes. While Taiwan's laser industry has a well-established foundation built over the years, sustaining international competitiveness necessitates a proactive advancement in independent laser technology.
Headline
Knowledge
What is the Purpose of Surface Treatment for Metals?
Defects are bound to arise during the reprocessing of mechanical equipment or parts related to metal. As a result, the final item's surface treatment process plays a crucial role, serving the dual purpose of enhancing aesthetics and providing protection. This process not only improves the performance of metal parts but also helps prevent rust.
Headline
Knowledge
Selecting a Hydraulic Press and Understanding its Manufacturing Procedure
Hydraulic presses find applications in compaction, assembly, pressing, forming, embossing, and stretching. They play a crucial role in compaction within the cosmetics sector, assembly in the automotive industry, molding of electronic products, and stamping in the home appliance industry.
Headline
Knowledge
Introduction to RFID Tags: The Significance of RFID in Modern Retail Supply Chains
There are two types of RFID systems: passive and active. For those unfamiliar with RFID, you may be curious about the distinctions between these types and which one suits your application best. In the following, we offer a brief explanation.
Headline
Knowledge
Anticipating the Emerging Trends in the Global Laser Industry
In light of the evolving global industrial demands, the laser industry and technology are shifting towards meeting the requirements of 5G semiconductors and advanced processes for smart vehicles. While Taiwan's laser industry has made substantial progress over the years, maintaining alignment with international advancements necessitates a proactive push in independent laser technology.
Headline
Knowledge
Exploring Sheet Metal: Defining Sheet Metal and its Various Applications, with a Focus on Laser Applications
The term originates from English, known as plate metal. Typically, certain metal sheets undergo plastic deformation either manually or through die-stamping to attain the desired shape and size. These sheets can then undergo additional shaping through welding or a limited amount of mechanical processing to create more intricate components.
Agree