The Plastic Hard Wall Hooks for Picture Frames and Photos offer a reliable and convenient solution...The Plastic Hard Wall Hooks for Picture Frames and Photos offer a reliable and convenient solution for hanging your favorite artwork, photos, and decorative items. Measuring 30mm (1.3/16 inch) and available in a pack of 20, these medium-sized hooks are designed for use on hard walls, such as concrete, brick, or plaster. Made from durable plastic, these hooks are strong enough to securely hold picture frames and other lightweight items, ensuring they stay in place without causing damage to your walls. The simple design makes installation easy—just hammer them into the wall, and they're ready to use. Ideal for home, office, or gallery use, these hooks provide a neat and unobtrusive way to display your items, without the need for nails or screws. With 20 hooks in each pack, you'll have plenty to decorate multiple rooms or create a versatile gallery wall. Pack of 20 Hard wall hooks. Suitable for interior use. Ideal for hanging pictures or mirrors to hard wall surfaces.
The Plastic Hard Wall Hooks for Picture Frames and Photos offer a reliable and convenient solution for hanging your favorite artwork, photos, and decorative items. Measuring 30mm (1.3/16 inch) and available in a pack of 20, these medium-sized hooks are designed for use on hard walls, such as concrete, brick, or plaster. Made from durable plastic, these hooks are strong enough to securely hold picture frames and other lightweight items, ensuring they stay in place without causing damage to your walls. The simple design makes installation easy—just hammer them into the wall, and they're ready to use. Ideal for home, office, or gallery use, these hooks provide a neat and unobtrusive way to display your items, without the need for nails or screws. With 20 hooks in each pack, you'll have plenty to decorate multiple rooms or create a versatile gallery wall. Pack of 20 Hard wall hooks. Suitable for interior use. Ideal for hanging pictures or mirrors to hard wall surfaces.