close

Janitor Cart Oates Platinum Hook Clip

Code: OA165499
Brand: OATES

$3.50 Inc GST

$3.18 Ex GST

EACH
    PRODUCT DESCRIPTION
    • The Oates 165499 Platinum Janitors Cart Hook Clip (JA-006) is a compact, durable clip accessory designed to attach securely to Platinum series janitor carts
    • It allows cleaning tools or signs to be clipped and held in place, improving organisation and access during cart routes
    • Compatible with 22 mm and 25 mm handles — ideal for suspending lobby pans, brooms, mop handles and “A-frame” signage
    KEY FEATURES & BENEFITS
    • Universal Clip Design – fits both 22 mm and 25 mm handles for broad compatibility
    • Strong Grip Hold – secures tools and signs firmly while carts are in motion
    • Simple Retro-Fit – attaches easily to top tray rims of existing carts without tools
    • Durable Material – engineered for daily commercial use in demanding cleaning environments
    • Lightweight Accessory – adds function without burdening the cart
    FOR USE ON
    • Oates Platinum Janitor Carts (JC-2000ZX / JC-3000ZX / MKII) – designed to retrofit to these models
    • High-traffic Cleaning Routes – for hotels, hospitals, offices, retail and institutional cleaning teams
    • Lines & Signage Support – carry lobby pans, caution signs or other vertical cleaning accessories
    • Accessory Organisation – best used when teams carry multiple tools and need fast access
    TECHNICAL SPECIFICATIONS
    • Part Number: 165499 (JA-006 Hook Clip)
    • Compatibility: Oates Platinum Janitors Carts (JC-2000ZX, JC-3000ZX, MKII)
    • Fits Handle Sizes: 22 mm & 25 mm
    • Dimensions: ~ 4.8 × 4.8 × 6.8 cm
    • Material: High-strength commercial-grade plastic
    • Colour: Grey (or matching Platinum tones)
    • Mount Type: Clip-on, tool-free attachment to tray rims
    PACKAGE CONTENTS

    · 1 x Oates 165499 Hook Clip (JA-006)

    · Attachment Instructions

    • Enhance your Oates Platinum cart organisation with the Oates 165499 Hook Clip — a small accessory with big impact on tool access and route efficiency