Description
| Catalogue No. | Size |
| 19838/01 | Small |
| 19838/02 | Medium |
| 19838/03 | Large |
Feet are high-quality rubber and silicone support components designed to provide stable, non-slip footing for laboratory equipment, instruments, and devices. These durable feet help prevent vibration, sliding, and surface damage, ensuring safer and more controlled operation in laboratory and industrial environments. Their versatility and long service life make them essential accessories for maintaining equipment stability and workspace protection.
Key Features
- Strong, non-slip base for enhanced equipment stability
- Excellent shock absorption to reduce vibration and noise
- Durable and long-lasting; resistant to wear, cracking, and deformation
- Compatible with a wide range of benchtop instruments and devices
- Available in multiple sizes for universal fitment
- Non-marking design protects laboratory benches and sensitive surfaces
- Easy to install, remove, and replace
Material Specifications
- Material Options: High-grade natural rubber or premium silicone
- Thermal Properties: Silicone: High heat resistance, suitable for elevated temperature environments, Natural rubber: Excellent elasticity and impact resistance
- Chemical Resistance: Resistant to water, mild chemicals, and cleaning agents
- Mechanical Properties: High tensile strength and compression resistance
- Standards Compliance: Manufactured in accordance with common laboratory material standards (ISO/DIN compliant materials)
Technical Specifications
- Available Sizes: Multiple diameters and heights to fit various equipment bases
- Design: Cylindrical or dome-shaped, with an inner mounting cavity
- Tolerance: Precision-molded for consistent fitting
- Accessories Included: Standard units supplied as individual pieces or sets (depending on order)
Handling & Precautions
- Cleaning: Wipe with mild detergent or disinfectant; avoid harsh solvents
- Heat Exposure: Silicone feet withstand higher temperatures; natural rubber should be kept away from direct heat sources
- Best Practices: Ensure proper seating on equipment. Replace worn or hardened feet to maintain stability. Avoid prolonged exposure to oils or strong chemicals
- Do Not: Use damaged feet. Exceed recommended load-bearing limits
Applications
- Laboratory equipment supports (balances, centrifuges, mixers, ovens)
- Precision instruments requiring vibration damping
- Industrial machinery and benchtop devices
- Pharma, biotech, chemical, academic, and QC/QA laboratory setups
- Any environment requiring stable, non-slip, protective equipment footing
