TV mount B-Tech BT8443/B 75 inch Black

The B-Tech BT8443/B 75" Black TV mount is designed for large screens up to 75 inches and supports a maximum weight of 35 kg. It provides a universal interface compatible with VESA patterns up to 650 x 400 mm and includes built-in lateral adjustment. The mount is a pull-out flat screen wall bracket with extendable arms that enable swivel and tilt, making it suitable for recess mounting or for optimising viewing angles while maintaining a slim profile in black.

Advantages

The mount offers robust build quality and reliable support for displays up to 35 kg, with a wide VESA compatibility (up to 650 x 400 mm). Its extendable arms allow for adjustable viewing positions, and the product provides a tilt range from -2° to 12° as well as lateral adjustment for precise screen alignment. Wall clearance can be set between 6.9 cm and 22 cm to suit installation needs.

Suitable for

• Installing a single TV up to 75" in living rooms or meeting rooms
• Recess or shallow-wall installations where pull-out and swivel functions are needed
• Situations requiring VESA compatibility up to 650 x 400 mm

Key specifications

• Maximum weight capacity: 35 kg
• Maximum screen size: 75"
• VESA compatibility: up to 650 x 400 mm
• Tilt range: -2° to 12°
• Adjustable wall distance: 6.9 cm – 22 cm
• Number of displays supported: 1
• Colour: Black

How to use

Mount the BT8443/B to a suitable wall surface following the manufacturer’s instructions and using appropriate fixings for the wall type and load. Attach the television to the universal VESA interface, ensuring the VESA pattern matches (up to 650 x 400 mm). Use the extendable arms to pull the screen away from the wall and adjust swivel and tilt to the desired viewing angle. Check that the total weight does not exceed 35 kg and confirm all fasteners are secure before use.

Recommendations

Use suitable wall anchors for the substrate (masonry, studwork, or concrete) and, if uncertain, consult a qualified installer. Periodically check fixings and adjustment points for tightness, and avoid exceeding the specified maximum weight and VESA limits.