Ultra PRO TCG Card Toploader plastica rigida premium 77x100mm confezione da 25

Protect your valuable trading cards with the Ultra PRO TCG Card Toploader Rigid Plastic Premium 77x100mm 25-Pack. These crystal-clear toploaders are designed to safeguard standard-sized cards (2.5 x 3.5 inches) against bends, scratches, and dust while providing an attractive display solution. Made from rigid PVC, each toploader measures 77 x 100 mm externally and offers a snug fit for cards up to 35pt thickness. Ideal for TCG, sports cards, and collectibles, this 25-pack ensures your collection stays in pristine condition.

Advantages

Ultra PRO toploaders deliver superior protection with their rigid construction and ultra-clear clarity. The vertical card insertion design makes loading easy, and the transparent material allows for full visibility of your cards. Whether you're storing rare Pokémon, Magic: The Gathering, or sports cards, these toploaders provide a durable barrier against everyday wear and tear.

Suitable for

• Trading Card Games (TCG) such as Pokémon, Magic: The Gathering, and Yu-Gi-Oh!
• Sports cards and memorabilia
• Collectible cards and limited editions
• Displaying cards in binders or storage boxes

Key specifications

• Product Type: Card Toploader
• Material: Rigid PVC (Polyvinyl Chloride)
• Card Size Compatibility: Standard (2.5 x 3.5 inches / 63.5 x 88.9 mm)
• External Dimensions (per toploader): 77 x 100 mm (approx. 3 x 4 inches)
• Internal Dimensions (per toploader): Approx. 70 x 98 mm
• Quantity per Pack: 25
• Clarity: Ultra Clear
• Protection Level: Rigid, Durable
• Card Thickness Capacity: Up to 35pt (standard card thickness)
• Usage: Trading Card Games (TCG), Sports Cards, Collectible Cards
• Color: Transparent
• Orientation: Vertical Card Insertion

Recommendations

For long-term archival storage, we recommend using archival-safe inner sleeves inside these toploaders. While the toploaders offer excellent physical protection, they are not archival safe on their own. Pair with Ultra PRO inner sleeves for optimal preservation.