Manga de aquecimento de fibra de vidro
Conteúdo do produto
It is made of glass fiber and has a bowl-shaped structure with connecting wires. The material has excellent insulation and heat resistance, and can be tightly wrapped around the outer wall of the container to achieve heating of the materials inside the container.
Características
Resistente a altas temperaturas: Capaz de suportar altas temperaturas (typically up to several hundred degrees Celsius), suitable for industrial high-temperature heating scenarios.
Excelente isolamento: O material de fibra de vidro possui excelentes propriedades de isolamento, ensuring high safety during use.
Aquecimento uniforme: The woven structure enables the heat to be evenly distributed on the outer wall of the container, ensuring uniform heating of the materials inside the container.
Flexível e adaptável:It has certain flexibility and can be adapted to containers of different shapes and sizes. The installation is also very convenient.
Uso
Container for heating: Wrap the heating sleeve tightly around the outer wall of the container (such as a reaction vessel, flask) to ensure a tight fit.
Connect power supply: Connect the wires of the heating sleeve to the corresponding power source or temperature control device.
Comece a aquecer: Set the heating temperature through the accompanying temperature control device, and then start the heating process. This will allow you to heat the materials inside the container.
Função
Aquecimento uniforme: Provides uniform heat to the materials inside the container, meeting the temperature requirements for chemical reactions, material melting and other processes.
Temperatura controlável: Can be combined with temperature control equipment to achieve precise control of the heating temperature, ensuring process stability.
Atributo
Tipo: Glass Fiber Heating Sleeve
Material: Fibra de vidro
Faixa de resistência à temperatura: Depending on the specific model, it can generally cover temperatures from room temperature to 300°C – 500° c.
Cenários de aplicação: Heating of chemical reaction vessels, heating of laboratory flasks, heating of small containers and materials in industrial and experimental fields.
Estrutura: Estrutura tecida em forma de tigela, com fios de conexão.
