Knowledge Base : Slip Resistance Explained
Clear, compliant answers to the most common questions about slip resistance testing, standards, safety, and certification. Start by choosing a topic below.
Slip Resistance Basics
Understand P and D ratings, test types, and how slip resistance is measured.
Standards & Compliance
AS 4586, AS 4663, NCC requirements—explained clearly for specifiers and safety teams.
Sector Safety Series
Explore tailored safety guidance by industry: retail, aged care, education, and more.
Product Certification
See what it takes to get slip resistance certification for tiles, coatings, and surfaces..
Test Reports Explained
Learn how to read wet and dry test reports and what the results really mean.
Lab testing Insights
Go behind the scenes of our accredited lab testing process. See how precision matters.
Risk & Prevention
Practical tips to prevent slips and reduce your liability through design and maintenance.
Recent Articles
How Much Does Slip Resistance Lab Testing Cost?
Slip resistance testing costs depend on surface type, number of samples, and method (wet pendulum or dry friction). This guide explains typical AS 4586
Cure Time Matters—Avoid Testing Too Soon
Curing is one of the most overlooked factors in slip resistance testing. This article explains how premature testing can understate performance, invalidate AS 4586
Is Your Sample Ready? Prep Checklist
Accurate slip resistance results start before the test begins. This guide outlines how to prepare your samples for AS 4586 testing – covering size,
Local Gov: Public Paths, Parks & Liability
Public spaces are high-risk environments for slips, trips, and falls. This article explains how councils can use AS 4586 and AS 4663 testing to
Designing for Safety: Slip Resistance as WHS Architecture
Slip resistance is more than a compliance test – it’s part of architectural safety design. This article explores how AS 4586 and AS 4663
Understanding D0 vs D1 in Dry Slip Testing
AS 4586:2013 classifies dry-use surfaces as D0 or D1. Learn why the cut-off matters and why even one low result can mean a fail.