RI40 Type Glass Enamel Resistor

RI40 type glass enamel resistor

1. Purpose:

good temperature characteristics, high pressure resistance, good pulse resistance, used in DC, AC, pulse circuits.

2. Packaging form:

coated with gray insulating paint.

3. External size

4. Main technical indicators:

        The company's main business focuses on the research, development, production, sales, and service of power resistors and related intelligent loads, high-power air-cooled and liquid-cooled loads, and braking loads. Its products are divided into two categories: the first category includes electronic components, such as metal aluminum shell resistors, glazed resistors, painted resistors, ceramic shell resistors, high-power liquid-cooled resistors, and stainless steel resistors. The company is one of the major domestic production bases for civilian power resistors with a comprehensive range of products. The second category consists of complete machine products, which represent a new business direction developed over the past decade. These include various types of high-power high-voltage load cabinets, liquid-cooled load cabinets, and large-scale braking load systems for power and oil drilling platforms. The company has a mature technical team with over 20 years of industry design and development experience, holding more than 20 technical patents, including two invention patents. For many years, the company has provided high-performance wire-wound resistors and load systems with stable quality and reliable performance to customers in industries such as power electronics, rail transportation, and new energy, earning numerous awards and recognition from domestic and international clients.

        In the future, the company will build on its existing electronic components, industrial electronic components, and related complete machine products to provide high-quality electronic components and complete machine products to industries such as rail transportation, new energy vehicles, and power electronics. The company will continue to develop in the direction of modularization, miniaturization, intelligence, and systematization.