Adjustable foot LV.A-100-14-AS-M16X148 Z048625
Catalog numbers:
- LV.A-100-14-AS-M16X148
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Adjustable foot LV.A-100-14-AS-M16X148 Z048625
Adjustable foot – stability and versatility in every application
The LV.A-100-14-AS-M16X148 adjustable foot is a mounting element made of high-quality glass-fiber reinforced technopolymer. It is characterized by high resistance to chemical factors such as solvents, oils and lubricants, making it an ideal solution for demanding industrial environments. The matte finish gives it an aesthetic look, and the solid construction guarantees long-term reliability.
Design and application
The base of the foot is made of polyamide (PA), which ensures its strength and resistance to mechanical damage. The galvanized steel threaded pin with a flat wrench grip allows for precise mounting and height adjustment. The LV.A-100-14-AS model is equipped with a non-slip NBR rubber pad with a hardness of 70A Shore, which increases stability and prevents the device from moving. This makes the foot perfect for various surfaces, even uneven ones.
Advantages in practice
- Chemical resistance: Possibility of use in environments exposed to aggressive substances.
- Stability: The NBR non-slip pad ensures a secure setting of the device, minimizing the risk of shifting or vibration.
- Durability: Reinforced polyamide guarantees a long service life even with intensive use.
- Easy installation: The galvanized steel threaded pin facilitates installation and height adjustment.
- Versatility: Wide range of applications – from machines and equipment to industrial furniture and laboratory equipment.
- Aesthetics: Matte finish gives a professional look.
The LV.A-100-14-AS-M16X148 adjustable foot is an optimal solution for installers and users looking for a reliable and versatile mounting element that will provide stability and safety in various industrial and commercial applications. The additional non-slip pad increases the functionality of the product, especially where high stability is required on slippery surfaces or under dynamic loads.

