Screen protector Kapsolo Privacy Magnetic for Apple MacBook Pro 13 (2020) — 13 inch, 9H hardness, 50% light transmission, 30° privacy

Magnetic privacy screen protector KAPSOLO Privacy for Apple MacBook Pro 13 (2020) fits screens up to 13" (33 cm). It provides 9H surface hardness to resist scratches, reduces light transmission to 50% and restricts side viewing beyond 30° to protect on‑screen information. The protector is lightweight (16 g) and attaches magnetically for easy installation and removal.

Advantages

The KAPSOLO Privacy Magnetic combines a high-hardness (9H) surface for scratch protection with a privacy filter that limits lateral viewing past 30°. Magnetic attachment enables quick alignment and removal without adhesives, and the 50% light transmission balances screen clarity with privacy. Its compact, lightweight design suits mobile and office use while preserving the original screen size and touch sensitivity.

Suitable for

• Protecting on‑screen privacy in public places (cafes, trains, airports)
• Preventing scratches and surface damage to MacBook Pro 13 (2020)
• Use during travel, remote work, or open-plan offices

Key specifications

• Model compatibility: Apple MacBook Pro 13 (2020), maximum screen size 13" (33 cm)
• Surface hardness: 9H (scratch resistance)
• Light transmission: 50%
• Privacy angle: blocks lateral viewing beyond 30°
• Attachment: magnetic
• Weight: 16 g
• Brand: KAPSOLO, MPN: KAP30383, EAN: 5714681055840

How to use

Align the magnetic privacy protector with the MacBook Pro 13 screen and let the magnets secure it in place. Ensure the screen is clean and free of dust before applying. To remove, gently lift one edge and detach the protector; store it in a protective sleeve when not in use. Reapply by aligning the edges and allowing the magnetic attachment to engage.

Recommendations

For best results, clean the MacBook screen with a lint-free cloth before attaching the protector and avoid pressing hard on the protector surface to maintain the 9H coating. Remove and store the filter during heavy-duty tasks requiring maximum brightness or full off-axis viewing.