Motor Specification Label
Motor specification data—such as voltage, current, power rating, RPM, insulation class, and duty cycle—must remain readable throughout the motor’s operational life. Painted markings fade, paper labels deteriorate, and low-grade films peel under heat, vibration, oil mist, and cleaning. Missing or unreadable motor data delays maintenance, causes configuration errors, and creates audit non-compliance. Anaika offers motor specification label solutions engineered for permanent legibility and strong adhesion on motor housings, ensuring critical technical data stays accessible from installation to overhaul.
Key Features
Designed for dense technical motor data layouts
Durable label materials withstand heat, vibration, and handling
Strong adhesion on curved and painted motor housings
Matte, low-glare surface improves readability in plant lighting
Resists oil mist, dust, and routine cleaning
Suitable for OEM and retrofit motor identification
Compatible with serial numbers, barcodes, and QR codes
Technical Specifications
| Parameter | Details |
|---|---|
| Material | Silver PET / White PET (application-based) |
| Adhesive Type | Permanent industrial acrylic |
| Surface Finish | Matte or satin metallic |
| Temperature Resistance | –20°C to +120°C |
| Vibration Resistance | High |
| Chemical Resistance | Oils, greases, mild solvents |
| Substrate Compatibility | Painted metal motor housings |
| Print Compatibility | Thermal Transfer (Resin), Digital |
| Expected Service Life | 5+ years (environment dependent) |
Applications
Industrial electric motors
Pumps, compressors, and drives
HVAC and cooling motors
Manufacturing and processing equipment
OEM motor manufacturing
Maintenance and audit identification
Why Choose Anaika?
Materials selected specifically for motor operating conditions
Adhesives tested for vibration and curved metal surfaces
High print clarity for small fonts and specification tables
Custom sizes and layouts matching motor frame standards
Consistent quality for OEM and aftermarket labeling
Technical guidance on material choice based on heat and exposure
