Adjustable foot LV.A-100-24-M16X98 Z010784

Adjustable foot – stability and versatility in every application

The LV.A-100-24-M16X98 adjustable foot is made of high-quality technopolymer based on polyamide (PA), reinforced with fiberglass. It provides stable support for various devices and structures, and its chemical resistance allows it to operate in demanding conditions. This is a solid solution for both professionals and end-users who value reliability and durability.

Design and materials – the key to performance

The base of the foot is made of PA technopolymer, which guarantees resistance to solvents, oils, greases and other chemicals. The matte finish gives it an aesthetic look and improves anti-slip properties. The threaded pin, made of galvanized steel, provides a solid connection and height adjustment. Additionally, it has a flat key grip to facilitate assembly and disassembly. A rubber NBR pad with a hardness of 70A (in the version with an anti-slip pad) further increases stability and reduces vibrations. The LV.A version does not have an anti-slip pad.

Applications and benefits

The LV.A-100-24-M16X98 adjustable foot is widely used in mechanical engineering, furniture industry, precision equipment and many other fields. Its versatility results from the possibility of height adjustment and resistance to external factors.

• Versatility: Ideal for leveling machines, equipment and structures of various weights and shapes.
• Chemical resistance: No worries about the effects of aggressive substances – the foot retains its properties even in difficult conditions.
• Stability: Provides secure support and minimizes the risk of shifting or tipping of the device (especially the version with an anti-slip pad).
• Easy installation: The threaded pin and flat key grip facilitate quick and safe installation.
• Durability: The materials used guarantee a long service life even with intensive use.
• Available versions: Possibility to choose a version without an anti-slip pad (LV.A) or with an anti-slip pad (LV.A-AS).

It is important to remember the maximum static load of 25000 N for this particular foot – exceeding this value may lead to deformation of the element.