HS Code for Single layer ceramic capacitor

Single layer ceramic capacitors (SLCs) are classified under HS code 8532.23. Heading 8532 covers electrical capacitors, and the subheadings are organized by the type of dielectric material and the construction method. Ceramic dielectric capacitors are split into two main categories: single layer (8532.23) and multilayer (8532.24). A single layer capacitor consists of a single ceramic disc or plate with metallic electrodes deposited on both sides. These are often used in high-frequency or high-voltage applications where the simplicity of the single dielectric layer provides specific electrical stability. The classification is strictly based on the physical construction of the component. Even if the capacitor is part of a surface-mount device (SMD) package, if it contains only one layer of ceramic dielectric, it remains under 8532.23. This code is essential for distinguishing older or specialized disc-style capacitors from the more ubiquitous multilayer ceramic chip capacitors (MLCCs) used in modern microelectronics.

Products Included

• Ceramic disc capacitors
• Single layer ceramic chip capacitors
• High-voltage ceramic plate capacitors
• Fixed ceramic dielectric single layer capacitors
• Temperature-compensating ceramic capacitors (single layer)

Common Misclassification

The most frequent misclassification is with 8532.24, which covers multilayer ceramic capacitors (MLCCs). MLCCs are far more common in modern electronics, leading many to default to that code. Another error is using 8532.10, which is reserved for fixed capacitors designed for use in 50/60 Hz circuits with a reactive power-handling capacity of not less than 0.5 kvar.

FAQ

What is the HS code for single layer ceramic capacitor?

The specific HS code for fixed single layer ceramic dielectric capacitors is 8532.23.

How do I distinguish between single layer and multilayer capacitors?

Single layer capacitors use one piece of ceramic material, often in a disc shape, while multilayer capacitors (MLCCs) consist of many interleaved layers of ceramic and metal.