The heat, corrosion and high temperature resistance of the lampshade and lamp head of the tripod spot lamp are one of its key performances, especially when used for a long time or in a more extreme environment, the material and design of the lamp need to have good high temperature and corrosion resistance. The following are related characteristics and possible solutions:

The lampshade and lamp head of the tripod spot lamp usually need to cope with the high temperature generated when the lamp is used, especially when using halogen bulbs or traditional incandescent bulbs, the heat dissipation is more obvious. In order to ensure safety and extend the service life, the material of the lampshade and lamp head is usually made of high temperature resistant alloy or heat resistant plastic, such as:

Aluminum alloy is often used in the design of lamp heads and lampshades because it not only has good thermal conductivity and can effectively dissipate heat, but also can resist damage in high temperature environments.
Some lampshades and lamp heads are made of special heat-resistant plastics (such as PC or ABS plastics), which can withstand high temperatures and are not easy to deform or burn.

In some humid or coastal environments, the exterior of the lamp may be exposed to water vapor, salt or other corrosive substances, which may cause the lamp to rust or corrode. Therefore, the lampshade and lamp head of the tripod spotlight are often made of corrosion-resistant materials, such as:

Anodized aluminum surface treatment technology can effectively enhance the corrosion resistance of aluminum alloy and extend the service life of the lamp.

Stainless steel is used in the design of some high-end spotlights. It has strong corrosion resistance and is particularly suitable for use outdoors or in harsh environments.

Some high-power spotlights, especially those used in professional occasions such as stage lighting and studios, use high-power halogen bulbs or LED bulbs (high-brightness LEDs). Their lamp heads and lampshades need to have good high-temperature resistance to prevent overheating and damage to the lamp. Common high-temperature resistant designs include:

Some tripod spotlights use high-temperature resistant glass lampshades. This type of glass can withstand high temperatures without cracking or deforming easily.

The lamp head design of the lamp usually includes heat dissipation holes or heat sinks to effectively disperse heat and prevent the lamp head from overheating.

Modern tripod spotlights are increasingly using LED light sources. Compared with traditional halogen or incandescent lamps, LED bulbs have lower heat generation, so they perform better in terms of high-temperature resistance. In addition, LED bulbs have a longer service life, reducing the risk of failure due to heat accumulation.

The lampshade and lamp head of the tripod spotlight usually use materials with good heat resistance, corrosion resistance and high temperature resistance, such as aluminum alloy, stainless steel, heat-resistant plastic and high-temperature glass. In order to ensure the stability of the lamp in a high temperature environment, the heat dissipation effect is also considered during the design, and heat dissipation holes and heat sinks are used to disperse the heat. Through the reasonable selection of materials and design, the tripod spotlight can provide good lighting effects under long-term use and harsh environments, while ensuring safety and durability.