Specifications:
Application | Safety |
Material | Silicone |
Storage Temperature | Ambient |
Product Type | Personal Protective Equipment |
Product Brand | VWR |
Product Grade | Laboratory grade |
The VWR® Silicone Lab Mat is a reusable, environmentally friendly solution designed to protect laboratory surfaces from chemical spills, stains, wear, and heat damage. Made from FDA-approved, high-performance silicone, this mat offers a non-slip, chemically inert, and autoclavable work surface ideal for general laboratory tasks and highly sterile environments.
Key Features
- Heat Resistant Up to 200 °C – Safely place hot vessels and equipment on the bench without damage
- Durable FDA-Approved Silicone – Chemically inert, stain-resistant, and suitable for repeated use
- Non-Slip & Noise-Dampening – Stable surface for instruments and tools; reduces noise in high-activity areas
- Spill Containment Lip – Raised edge prevents liquids from spreading across benchtops
- Easy to Clean & Store – Washable with disinfectants or in a dishwasher; rollable for compact storage
- Autoclavable – Sterilizable at 121 °C for 15 minutes
Specifications
Property | Value |
---|---|
Material | FDA-Approved Silicone |
Dimensions (L × W) | 350 × 600 mm |
Thickness | 2 mm |
Colour | Lilac |
Temperature Resistance | Up to 200 °C |
Sterilisation | Autoclavable (121 °C, 15 min) |
Packaging | 1 Mat per Pack |
Catalog Number | 111-9200 |
Applications
- General Laboratory Work – Compatible with pipettes, stirrers, centrifuges, vortex mixers, hot plates
- Sterile Environments – Ideal for cleanrooms, cold rooms, and sterile suites
- Spill Protection & Surface Maintenance – Prevents staining and damage on valuable bench space
- Chemical Handling Zones – Resists interaction with most laboratory reagents and solvents
The VWR® Silicone Lab Mat is a robust, flexible, and hygienic surface solution that enhances laboratory safety and cleanliness. Its heat resistance, chemical inertness, and reusability make it an essential accessory for modern labs focused on sustainability, efficiency, and contamination control.