KINGMOUNT KG-1036 Fixed Wall Mount for 14 inch-26 inch Screens, 30 kg Capacity, VESA 50x50/100x100, Black

The KINGMOUNT KG-1036 is a robust fixed wall mount designed to securely hold flat-screen monitors and TVs with screen sizes from 14 to 26 inches. With a maximum load capacity of 30 kg and a slim profile of only 23 mm from the wall, this mount provides a clean, space-saving installation. Made from high-quality steel with a powder-coated black finish, it ensures durability and a professional look. The mount supports VESA patterns 50x50 mm and 100x100 mm, making it compatible with a wide range of displays. Installation is straightforward thanks to the included spirit level and mounting hardware. A safety locking mechanism adds extra security, preventing accidental dislodgement.

Advantages

Space-saving design with only 23 mm distance from wall; high load capacity of 30 kg; easy installation with included spirit level and hardware; secure locking mechanism for peace of mind; durable steel construction with powder coating.

Suitable for

• Flat-screen monitors and TVs from 14 to 26 inches
• VESA 50x50 mm and 100x100 mm compatible displays
• Home, office, or commercial environments where a fixed, low-profile wall mount is needed

Key specifications

• Brand: KINGMOUNT
• Model: KG-1036
• Mount Type: Fixed Wall Mount
• Compatible Screen Sizes: 14" - 26"
• Maximum Load Capacity: 30 kg
• VESA Standards: 50x50 mm, 100x100 mm
• Distance from Wall: 23 mm
• Material: Steel
• Color: Black
• Finish: Powder Coated
• Number of Displays Supported: 1
• Tilt Adjustment: No
• Swivel Adjustment: No
• Rotation Adjustment: No
• Integrated Cable Management: No
• Spirit Level Included: Yes
• Mounting Hardware Included: Yes
• Safety Locking Mechanism: Yes

Recommendations

For optimal performance, ensure your display's VESA pattern matches 50x50 mm or 100x100 mm and that the total weight does not exceed 30 kg. Always mount onto a solid wall surface using the provided hardware. If you require tilt or swivel functionality, consider a different model.