With its excellent cross-sectional area of up to 140 kN, the Brandenburger sliding ablation material KV 3 is ideal for use in the fields of thermally stressed presses, stamping machines, the glass manufacturing industry, welding shops and extrusion dies. This material not only performs well in high-temperature environments, but also wins the favor of many engineers for its compressive strength and insulating effect.
The core advantage of KV 3 is that it offers a higher service temperature than conventional glass fiber reinforced thermosets. This feature allows it to maintain stable performance in the face of high temperatures and high mechanical loads. Whether it's short-term or long-term temperature resistance, the KV 3 shows impressive performance. The short-term temperature resistance is as high as 800 °C, and the long-term temperature resistance can also be stable at 500°C, providing solid material support for various high-temperature application scenarios.
In terms of thermal conductivity, the KV 3 also excels, with a thermal conductivity of 031W MK, which is the leading value in its class. At the same time, the coefficient of linear expansion and compressive strength are impressive. At room temperature, it has a compressive strength of up to 330 N2 and a flexural strength of 120 N, and even at a high temperature of 200 N, it remains at 240 N2, fully demonstrating its excellent mechanical properties. 
In summary, the brandenburger sliding ablation material KV 3 is the material of choice for many high-temperature, high-mechanically loaded applications due to its excellent high-temperature resistance, excellent compressive strength and excellent insulating effect. Whether in the fields of glass manufacturing, welding plants or extrusion molds, the KV 3 provides engineers with stable and reliable material solutions.