PPQ+19040DN9 Partex PPQ cable-tie marker, 19 x 40mm, White, pack 500 markers / 20m roll

Why Choose the Partex PPQ+19040DN9 White Cable-Tie Marker?

The Partex PPQ+19040DN9 is a professional white printable cable-tie marker designed for clear, durable identification of electrical cables, cable bundles and industrial wiring installations. Part of the Partex PPQ+ series, this flat cable marker features pre-punched mounting holes, allowing it to be securely attached to cables using suitable cable ties.

Manufactured from flexible soft PVC, the PPQ+19040DN9 measures 19 × 40 mm, providing a generous marking surface for cable numbers, circuit references, equipment identifiers and other essential electrical information. The flexible material allows the marker to follow the shape of the cable, while the white surface provides excellent contrast for thermal transfer printed text.

Supplied as 500 pre-cut markers on a 20 m roll, the Partex PPQ+19040DN9 is suitable for professional cable identification in control panels, electrical distribution systems, industrial machinery and infrastructure installations. The markers can be printed using compatible Partex MK10 or EOS marking systems, providing a practical solution for producing consistent cable identification in both production and maintenance environments.

Key Advantages

• Professional 19 × 40 mm white cable-tie markers for electrical cable identification.
• 500 markers per roll for efficient production and installation work.
• Supplied on a 20 m roll for convenient handling and printing.
• Pre-punched mounting holes allow secure attachment using suitable cable ties.
• Flexible soft PVC construction conforms neatly to the shape of cables.
• Suitable for identifying larger cables and cable bundles.
• White marking surface provides excellent contrast for printed identification.
• Compatible with suitable Partex MK10 and EOS thermal transfer printers.
• Supports customised cable numbers, circuit references and equipment identification.
• Can accommodate up to five lines of text, depending on font size and layout.
• Pre-cut marker format supports consistent identification dimensions.
• Can be installed on cables that are already connected or terminated.
• Operating temperature range of −20 to +60 °C.
• Self-extinguishing material classified UL94-V0.
• Material offers resistance to UV exposure, ageing and chemicals.
• Helps improve cable tracing, electrical inspection and fault finding.
• Suitable for industrial panel building, maintenance and infrastructure projects.

Key Features

• Manufacturer: Partex.
• Manufacturer part number: PPQ+19040DN9.
• Product series: PPQ+ flat cable markers.
• Profile designation: PPQ+19.
• Colour: White.
• Marker height: 19 mm.
• Marker length: 40 mm.
• Marker dimensions: 19 × 40 mm.
• Material: Soft PVC.
• Construction: Flat, flexible marker with pre-punched holes.
• Supply format: Pre-cut markers on a roll.
• Roll length: 20 m.
• Pack quantity: 500 markers.
• Printing technology: Thermal transfer.
• Printer compatibility: Suitable Partex MK10 and EOS marking systems.
• Mounting method: Cable ties through pre-punched holes.
• Operating temperature: −20 to +60 °C.
• Flammability classification: UL94-V0.
• Text capacity: Up to five lines, depending on formatting.
• Primary application: Cable and cable bundle identification.

Professional Cable Identification with Secure Cable-Tie Mounting

The Partex PPQ+19040DN9 is designed for applications where electrical cables require clear identification without relying on adhesive labels or slide-on marking sleeves. Its flat construction and pre-punched holes allow the marker to be secured directly to a cable or cable bundle using suitable cable ties.

This installation method is particularly useful for larger cables, where traditional slide-on wire markers may not be practical. Cable-tie mounting also makes the PPQ+19040DN9 suitable for identification work on existing electrical installations, as the marker can be attached without disconnecting or removing the cable termination.

The 19 × 40 mm marking area provides space for more detailed information than many small conductor markers. Cable numbers, equipment references, circuit designations and other identification data can be printed onto the white surface, helping technicians locate and verify the correct cable during commissioning and maintenance.

The flexible PVC material conforms to the cable's shape, helping the marker sit neatly against the cable surface. When installed with correctly sized cable ties, the marker provides a practical and secure identification solution for industrial electrical systems.

Flexible PVC Construction for Industrial Environments

The Partex PPQ+19040DN9 is manufactured from soft PVC, combining flexibility with the durability required for professional cable marking. The material is designed to resist UV exposure, ageing and chemicals, supporting reliable identification in a range of industrial environments.

The profile has a specified operating temperature range of −20 to +60 °C and uses a self-extinguishing material classified UL94-V0. These characteristics make it suitable for appropriately specified electrical installations where material performance and consistent cable identification are important.

Its flexible construction allows the marker to follow the curvature of larger cables and cable bundles. This helps reduce protrusion and makes the marker less likely to interfere with nearby wiring when correctly positioned and secured.

The white surface also supports clear printed identification, allowing maintenance engineers and electricians to read cable references without tracing each conductor back to its termination point.

Efficient Thermal Transfer Printing for Cable Identification

The Partex PPQ+19040DN9 is designed for thermal transfer printing using compatible Partex marking equipment, including suitable MK10 and EOS systems. The pre-cut markers are supplied on a roll, allowing identification sequences to be produced efficiently and consistently.

Each marker can accommodate customised cable numbers, equipment references, circuit descriptions and other alphanumeric information. Depending on the selected font size and print layout, the PPQ+ profile can support up to five lines of text, making it suitable for more detailed cable identification requirements.

For electrical panel builders and industrial maintenance departments, thermal transfer printing provides a professional alternative to handwritten cable tags. Consistent printed identification can help ensure that installed cables correspond accurately to wiring diagrams, cable schedules and maintenance documentation.

The PPQ+ range can also be supplied with customised pre-printed identification through appropriate Partex ordering arrangements. The PPQ+19040DN9 described here is the printable white marker roll for use with suitable marking equipment.

Easy Installation Using Cable Ties

Installing the Partex PPQ+19040DN9 is straightforward. First, prepare the required cable identification using compatible Partex marking software and thermal transfer printing equipment. Print the identification onto the markers and separate the required pre-cut tags from the roll.

Position the printed marker against the cable or cable bundle, ensuring that the identification remains visible from the intended inspection direction. Pass suitable cable ties through the pre-punched mounting holes and secure the marker to the cable.

Tighten the cable ties sufficiently to prevent unwanted movement, but avoid excessive tension that could damage the marker or cable insulation. The flexible PVC construction helps the marker conform to the cable surface once installed.

Because the markers are attached externally using cable ties, they can be installed on already terminated cables, making them useful for maintenance work, cable identification upgrades and modifications to existing electrical systems.

Installation note: Cable ties are separate mounting components. Select ties appropriate for the cable diameter, operating environment and installation requirements.

Typical Applications

• Industrial electrical cable identification.
• Large power cable marking.
• Control cable and cable bundle identification.
• Electrical distribution systems and switchgear.
• Industrial control panels and PLC cabinets.
• Motor control centres and machinery installations.
• Automation and process control systems.
• Electrical infrastructure and utility installations.
• Building services and electrical plant rooms.
• Cable routing and circuit identification.
• OEM machinery and equipment manufacturing.
• Industrial maintenance and cable tracing.
• Electrical installation refurbishment and upgrades.
• Identification of already terminated cables.
• Multi-line cable identification for complex wiring systems.