Palladium Sp20 Hi Tech Trainers - Green - 5 UK

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Currently unavailable
The Palladium SP20 Hi Tech trainers are designed for adults seeking a blend of urban style and everyday durability. These unisex high-top sneakers offer exceptional comfort through a breathable canvas lining, making them ideal for casual wear, though they are primarily intended for lifestyle use rather than high-impact athletic performance.
| Age Group | adult |
|---|---|
| Colour | Green |
| Gender | Unisex |
| Shoe Size UK | 5 |
| Series | Sp20 Hi Tech |
| Brand | Palladium |
No, the SP20 Hi Tech trainers are made of canvas and are not waterproof. They are best suited for dry weather.
It is not recommended. Machine washing can damage the materials and the bonding agents. Use spot cleaning instead.
Yes, the design is created to be unisex, providing a versatile fit for all genders.
Keep them dry and clean them with a soft brush or a damp cloth when necessary to prevent debris buildup.
These trainers are designed for casual, urban lifestyle use and are not recommended for technical hiking or rugged trails.
Store them in a cool, dry place away from direct sunlight to prevent color fading and material deterioration.
Use a soft brush to remove dry dirt or a damp cloth with mild detergent to gently blot away stains.
Ensure the laces are properly adjusted for a snug fit around the midfoot and check that your sock thickness is appropriate.
While designed for standard urban use, avoid smooth or oily surfaces when wet to prevent sliding.
These trainers require no specific setup; they are ready to wear out of the box. To ensure a comfortable fit, ensure your socks are of medium thickness to match the interior volume of the sneaker. For care, keep the canvas clean by brushing off dry dirt with a soft-bristled brush. If the trainers become stained, spot clean them with a mild soap solution and a damp cloth; avoid machine washing as this may compromise the structural integrity and adhesives of the footwear. Air dry them away from direct heat sources to prevent material shrinkage or warping.