Car sunshade featuring a titanium silver aluminium foil construction to block heat and UV rays, available in two sizes of 140cm x 70cm and 150cm x 80cm, providing a custom fit for a range of vehicles.
Aluminium Foil Car Sunshade in Two Sizes for Effective Heat and UV Blocking

This car sunshade uses a titanium silver aluminium foil construction to actively reduce heat build-up and protect your car's interior from harmful UV rays. Available in two specific sizes, it provides a practical solution for drivers looking to maintain a cooler cabin and prevent dashboard and seat fading. The solid-colour design in either Titanium Silver or Silver Pastebrushing ensures it is suitable for a wide range of vehicle interiors. It is a straightforward accessory designed for general fitment across many car models, offering a simple way to enhance comfort and preserve your vehicle's upholstery during sunny weather.
Features and Construction

This sunshade is built around a core of practical features aimed at improving in-car conditions. Its construction is detailed below, focusing on the materials used and the precise dimensions available.
Material and Build
The sunshade is constructed entirely from aluminium foil. This material is chosen for its ability to reflect radiant heat and block ultraviolet light, which are the primary causes of a hot car interior and fading fabrics. The foil is presented in a solid-colour finish, with options for Titanium Silver or Silver Pastebrushing, providing a clean, reflective surface without elaborate patterns. This material-based approach offers a direct, functional benefit for sun protection.
Size and Practical Fit
To accommodate different windscreen sizes, the sunshade is available in two precise measurements: 140cm in width by 70cm in height, and 150cm in width by 80cm in height. These dimensions allow for a better fit against the glass, maximising coverage. The product is listed as suitable for a general range of applicable vehicle models, meaning these sizes are designed to be broadly compatible with many cars, vans, and SUVs without being brand-specific.
Uses and Placement

Understanding where and how to use this sunshade will help you get the most from its protective qualities. Its applications are centred on vehicle care and driver comfort.
Event or Professional Use
For professional drivers, taxi operators, or fleet managers, consistent use of this sunshade can help maintain a more comfortable environment for passengers and reduce long-term wear on company vehicle interiors. The UV protection helps preserve the resale value and appearance of the upholstery. Its general fit makes it a versatile option for a fleet containing different vehicle models, as the two sizes offer flexibility.
Everyday Home Use
For daily commuters and family cars, placing this sunshade in the windscreen when parked significantly lowers the cabin temperature upon return, making the drive more comfortable. It also acts as a barrier against the sun, protecting child seats, dashboards, and leather or fabric seats from premature fading and cracking. Its simple design means it is quick to deploy and remove, fitting seamlessly into a daily routine.
Benefits and Buying Value

The value of this product lies in its practical impact on your vehicle's interior environment and its straightforward, reusable nature.
Reuse and Low Maintenance
This is a reusable accessory designed for long-term use. The aluminium foil construction is durable enough for regular folding and unfolding. Maintenance is minimal; keeping it clean with a dry cloth ensures its reflective properties are not diminished by dust or grime. Its design prioritises function over complexity, resulting in a product that requires no special care or additional components.
Why Choose This Product
You might choose this aluminium foil sunshade for its clear, specification-led approach. It provides specific sizes for a better fit, uses a material known for heat reflection, and focuses on the core functions of heat and UV blocking without unnecessary features. It represents a direct solution for a common problem, backed by the stated material and dimensions from the source information.






