Skip to product information
This injection-moulded iPhone back cover case offers a straightforward protective solution for a broad range of Apple smartphone models. Constructed from a TPU PC composite material, it provides the foundation for its stated water-resistant and drop-resistant properties, making it suitable for everyday use where protection against common spills and minor impacts is desired. The case's primary design feature is its simple marble pattern, applied across the back cover through the injection moulding process for decorative appeal. It is specifically engineered to fit iPhone models spanning from the iPhone 5 generation all the way to the iPhone 11 Pro Max, with the source indicating separate variants are produced for standard and Plus-sized devices.
The phone case is built using clear material choices and a defined manufacturing process to achieve its protective and aesthetic goals.
The marble iPhone case serves distinct practical roles depending on the user's environment and priorities.
The value of this phone case lies in its clear compatibility, straightforward protection, and consistent manufacturing.





Marble Pattern iPhone Back Cover Case with TPU PC Construction for iPhone 5 through 11 Pro Max Models Including Water-Resistant and Drop-Resistant Protection for Everyday Use
£21.98
Marble Pattern iPhone Back Cover Case with TPU PC Construction for iPhone 5 to 11 Pro Max

Features and Construction

Material and Build
The case utilises a TPU PC composite material formed via injection moulding. This manufacturing method allows for the consistent production of the simple marble pattern design across the entire back cover surface. The material combination is cited as providing the structural basis for the case's water-resistant and drop-resistant properties. No specific technical ratings, such as waterproof IP codes or precise impact resistance metrics, are detailed in the available specifications, meaning claims are limited to the general properties stated.Size and Practical Fit
This product functions specifically as a back cover, not as a full-wrap case design. It is made to accommodate a wide array of iPhone models, including the iPhone 5, 5S, SE, 6, 6S, 6 Plus, 6S Plus, 7, 8, SE2, X, XS, XR, XS Max, 7 Plus, 8 Plus, 11, 11 Pro, and 11 Pro Max. The source text explicitly distinguishes between standard and 'Plus' variants for relevant models, confirming that separate moulds are used to ensure proper fit for different device sizes.Uses and Placement

Event or Professional Use
Everyday Home Use In household environments, the case functions effectively as daily protection where basic scratch and impact resistance are sufficient. Its decorative marble pattern adds a touch of visual interest without incorporating complex features or textures. The simple back cover design maintains easy access to the device's ports and buttons while providing fundamental safeguarding against the typical wear and tear of being carried in bags, placed on surfaces, and used frequently throughout the day.Benefits and Buying Value

Reuse and Low Maintenance
The TPU PC construction is designed to support repeated use over time with minimal maintenance required. The water-resistant surface facilitates easy cleaning; a quick wipe with a damp cloth is typically sufficient to remove everyday smudges or dust. The injection-moulded manufacturing process ensures that each unit has consistent build quality and durability, with no need for specialised care instructions beyond basic cleaning.Why Choose This Product</h3 This case offers unambiguous iPhone model compatibility, explicitly covering devices from the iPhone 5 through to the iPhone 11 Pro Max. The marble pattern provides decorative appeal through a simple, recognisable design that differs from plain or transparent cases. The stated water-resistant and drop-resistant properties deliver a baseline level of protection for common scenarios without venturing into unsupported claims about extreme conditions. The injection-moulded TPU PC construction points to a standardized manufacturing approach that aims for reliable production quality across all units.





