EXAMPLES

OfficeFactory/Clean Room

Safe Seismic Measures for Buildings with Asbestos: How to Secure Equipment Without Drilling

Background & Challenge

In older buildings where asbestos-containing materials are present, drilling into walls or floors is strictly restricted due to the risk of fiber release and legal regulations. However, preventing heavy equipment such as server racks, cabinets, and precision instruments from toppling during earthquakes is essential for safety.
The challenge: How can we secure equipment without damaging the building?

Solution: Proseven Anti-Seismic Pads & Brackets

  • Anti-Seismic Pads: High-adhesion gel pads placed under equipment to prevent sliding, even for heavy loads.
  • Metal bracket with gel pads: Strong adhesive brackets fix equipment to walls or floors without drilling, reducing risk and installation time.
biomass anti-seismic pads
Pro7 metal fittings with gel pads

Installation Examples

  1. 1. Data Center

Challenge: Secure several server racks without drilling.

Solution: Proseven pads + brackets

Result: Completed in half a day, zero building impact.

→ No drilling, quick installation.

  • 2. Medical Research Lab

Challenge: Stabilize precision measuring equipment.

Solution: Proseven pads + brackets

Result: Reduced risk of damage during seismic events.

→ Prevent vibration and tipping damage.

  • 3. Office Cabinets

Challenge: Secure cabinets without drilling into asbestos walls.

Solution: Proseven pads + brackets

Result: Fast installation, improved safety.

→ Zero asbestos disturbance.

KPS5-1

Benefits from adopting Proseven products

  • No Drilling Required: Eliminates asbestos fiber release risk
  • Quick Installation: No specialized construction needed
  • Reusable: Easy removal and relocation
  • High Seismic Performance: Tested for major earthquake conditions
anti-seismic witout drilling floor

Traditional seismic measures often involve drilling, which is not an option in asbestos-containing buildings. Proseven’s adhesive-based solutions enable safe, fast, and effective seismic protection without structural damage, making them ideal for sensitive environments worldwide.