China Non Slip Commercial Kitchen Flooring Factory

Overview

The flooring system is engineered for environments where wet conditions, frequent cleaning, and heavy foot traffic are constant. It combines a polymeric base with a textured surface layer to deliver predictable slip resistance under both dry and contaminated conditions.

Material Composition

A homogeneous vinyl compound forms the core, providing flexibility and impact absorption. The wear layer consists of a polyurethane‑reinforced coating embedded with mineral aggregates that create micro‑roughness.

Typical thickness ranges from 2.0 mm to 3.0 mm, allowing the product to conform to slight substrate irregularities while maintaining dimensional stability.

Slip Resistance Performance

The surface texture yields a dynamic coefficient of friction (DCOF) of 0.45 ± 0.05 when tested per ASTM E303 with a water‑soap contaminant.

In oil‑contaminated scenarios the DCOF remains above 0.30, meeting the minimum threshold for commercial kitchen zones defined by ANSI/NFSI B101.1.

These values are achieved without relying on topical treatments that can wear away over time.

Wear and Impact Resistance

Abrasion loss measured by Taber CS‑10 wheels under a 500 g load is less than 80 mg after 1000 cycles, indicating low surface degradation under routine cart traffic.

Impact resistance is validated by a 2 kg steel ball drop from 1 m height, producing no visible cracking or delamination.

Chemical and Thermal Resistance

The polyurethane top layer resists common kitchen chemicals such as sodium hypochlorite (up to 5 %), fatty acids, and alkaline cleaners for at least 24 hours without swelling or discoloration.

Thermal cycling tests between –10 °C and +60 °C show no loss of slip rating or dimensional change exceeding 0.2 %.

Dimensional Stability and Installation

The product exhibits a linear expansion coefficient of approximately 5×10⁻⁵ / °C, allowing tight‑butt seams when installed with a compatible pressure‑sensitive adhesive.

Seam strength exceeds 1.5 MPa when tested per ASTM F925, ensuring durability under constant wet‑mop exposure.

Quality Control Process

Each batch undergoes inline thickness monitoring with a laser gauge, maintaining tolerance within ±0.1 mm.

Surface roughness is sampled every 30 m using a profilometer; the mean Rz value must stay between 20 µm and 35 µm to guarantee the targeted DCOF.

Finished rolls are inspected for visual defects, adhesion strength, and chemical resistance before packaging.

Customization Options

• Thickness: 2.0 mm, 2.5 mm, 3.0 mm (custom upon request)
• Surface aggregate size: fine (10‑20 µm) for light traffic, coarse (30‑50 µm) for high‑impact zones
• Color palette: standard grays, safety yellows, and custom RGB matches
• Edge treatments: straight, coved, or integrated drainage grooves
• Backing options: smooth for adhesive bonding, pre‑applied pressure‑sensitive layer for loose‑lay

Applications in Commercial Kitchens

Wet prep areas benefit from the consistent micro‑roughness that prevents hydroplaning when water accumulates during washing or rinsing.

Cooking lines experience frequent oil splatter; the flooring’s oil‑resistant top layer maintains slip resistance without requiring frequent re‑coating.

Storage and receiving zones see pallet jack traffic; the wear layer’s low abrasion loss extends service life beyond five years under typical load cycles.

Typical Specifications

Frequently Asked Questions

Can dimensions be customized?

Width and length are cut to project specifications; standard roll widths are 1.5 m and 2.0 m.

What information is required before quotation?

Substrate type, expected traffic class, chemical exposure details, and any required edge treatments.

What materials are available?

Homogeneous vinyl with polyurethane wear layer; alternative PVC‑free formulations are available upon request.

How is quality inspected?

Inline thickness, surface roughness, adhesion, and chemical resistance checks are performed per batch.

What packaging methods are available?

Rolls are wrapped in polyethylene film, placed on cardboard cores, and loaded onto pallets with corner protection.

How are export shipments protected?

Pallets are strapped and covered with waterproof shrink film; container loading follows ISPM‑15 guidelines.

What is the typical production lead time?

Standard lead time is 3‑4 weeks after receipt of confirmed technical drawings and deposit.

How are samples arranged?

Sample pieces (300 mm × 300 mm) can be shipped via express courier; freight charges are reimbursed upon order placement.

Contact for Technical Inquiry

For detailed specifications, sample requests, or project‑specific consultation, please reach out to our engineering team.