Oil resistance is a vital characteristic of surfaces used in kitchens and commercial food preparation areas. CeramicSteel’s capacity to endure the effects of hot oil and grease ensures it remains functional and visually appealing even in demanding conditions.
Test Overview
CeramicSteel was tested for oil resistance by applying 1: oil heated to 180°C and 2: grease heated to 180°C directly onto its surface. The material was allowed to sit for 7 days before undergoing a cleaning process with water. This test simulated real-world conditions where surfaces are exposed to oil spills and splashes for extended periods.
Test Results
CeramicSteel showed excellent resistance, exhibiting no visible changes or damage after extended exposure to hot oil and thorough cleaning. This outcome confirms the material’s appropriateness for applications where oil and grease are prevalent.
1
2
CERAMICSTEEL
(AFTER CLEANING)
CERAMICSTEEL
Comparison with Other Materials
CeramicSteel outperformed materials as granite and marble in oil resistance testing, which showed signs of staining or damage under similar conditions. CeramicSteel’s ability to resist high temperatures and greasy substances makes it a superior choice for kitchen and food preparation environments.
GLASS
(AFTER CLEANING)
GLASS
PAINTED ALU
(AFTER CLEANING)
PAINTED ALU
TILE
(AFTER CLEANING)
TILE
MARBLE
(AFTER CLEANING)
MARBLE
GRANITE
(AFTER CLEANING)
GRANITE
HPL
(AFTER CLEANING)
HPL
ACRYLIC
(AFTER CLEANING)
ACRYLIC
STAINLESS STEEL
(AFTER CLEANING)
STAINLESS STEEL
Why Oil Resistance Matters
Oil and grease can cause considerable damage to surfaces over time, resulting in stains, discoloration, and degradation. CeramicSteel offers excellent oil resistance, providing a long-lasting and low-maintenance solution that minimizes cleaning efforts and preserves its aesthetic appeal.
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