Restaurantware Absorbent Pads 100 Count 15 x 19 Inches Nonwoven Spill Cleanup Pads Medium Sorbent Pads Universal Gray Industrial Spill Sheets Dimpled Leak Containment Pads

Enhance safety and efficiency with reliable spill management solutions. Clean Tek Professional Universal Absorbency Pads deliver superior absorption capabilities, making them ideal absorbent pads for any foodservice environment. These pads, made from universal sorbent material, effectively absorb all oil-based, water-based, and chemical-based fluids, streamlining spill cleanup and minimizing hazards in busy kitchens. Measuring 15 inches by 19 inches, they offer ample coverage for quick and manageable cleanup tasks. The non-flammable design ensures enhanced safety in kitchens and other high-risk areas, making them invaluable spill cleanup pads. With their compatibility with hydrochloric acids, these chemical spill pads are perfect for handling chemical spills securely, promoting a safer workplace. Invest in these practical tools to keep your establishment clean and compliant with food safety standards. Each order includes 100 Clean Tek Professional Universal Absorbency Pads.

• EFFICIENT ABSORPTION: These absorbent pads handle spills of oil, water, and chemicals effortlessly, ensuring a clean work environment in kitchens or garages with minimal effort.
• EASY TEAR PERFORATIONS: Customize pad sizes effortlessly for different spills with perforated spill pads, minimizing waste and maximizing efficiency in busy environments like restaurants.
• NON-FLAMMABLE SAFETY: Designed for enhanced safety, these non-flammable absorbent pads provide peace of mind in kitchens, preventing fire hazards while managing spills efficiently.
• CONCEALS DIRT EFFORTLESSLY: The gray absorbent sheets hide grime, making them ideal for high-traffic areas like dining halls and food prep stations, maintaining a clean appearance at all times.
• VALUE PACK OF 100: With 100 medium-weight sorbent pads in each box, you’re always ready for emergencies, reducing the need for frequent reordering in industrial sorbent pads.