MAKTELSANPolyurethane (PU) Wire Enamels
PU chemistry is one product direction for winding-wire requirements defined by conductor, wire geometry, coat structure, and process.
Product Selection & Supply
Wire Enamels
Product selection, technical-commercial supply, and import coordination for wire-enamel requirements in copper and aluminum wire production.
Category Scope
Wire-enamel product groups
These headings do not indicate availability, stock, representation, certification, or a specific performance commitment. Suitability is determined only from the stated technical requirement and product-specific verified information.
Polyester (PE) Wire Enamels
PE requests are matched to the required coat structure, enameling line, and end-use information.
Polyesterimide (PEI) Wire Enamels
A PEI direction is framed by thermal class, coat structure, application method, and end-use criteria.
Polyamide-Imide (PAI) Overcoats
A PAI overcoat requirement is defined together with its basecoat, coating build, application method, and end use.
Polyimide (PI) Wire Enamels
PI chemistry requests are handled as a distinct selection path tied to the declared process and performance needs.
Polyvinylformal (PVF) / Polyvinyl Acetal
PVF or polyvinyl acetal requests are identified by chemistry, current enamel system, line conditions, and end use.
Polyamide (PA) / Nylon
PA or nylon requirements are recorded as a separate chemistry or coat direction and matched to product documentation.
THEIC-Modified Polyester and Polyesterimide Systems
THEIC-modified polyester and polyesterimide directions are distinguished by thermal class, coat structure, and process needs.
Solderable Wire Enamels
Solderability is treated as a performance requirement; conductor, wire size, enamel system, and end use guide product selection.
Self-Bonding / Bondable / Bondcoat Enamels
Self-bonding, bondable, and bondcoat needs are defined by layer structure, bonding process, wire geometry, and application.
Corona- / Partial-Discharge-Resistant / Inverter-Duty Systems
Corona-resistant, partial-discharge-resistant, inverter-duty, or surge-resistant requirements need product-specific confirmation against the declared electrical duty and standards.
Primers and Basecoats
Primer and basecoat needs are defined within the complete coat structure and application method rather than selected in isolation.
Enamel Thinners / Process Auxiliaries
Solids content, viscosity, and solvent-system needs are matched to the current enamel and line; cresol-free, phenol-free, or low-VOC wording is recorded only as a customer criterion.
Applications and performance requirements
Magnet wire and winding wire enamel requirements arise in motors, generators, transformers, automotive and e-mobility, inverter-fed motors, refrigeration equipment, power electronics, sensors, relays, and solenoids.
Product direction is defined together with required thermal resistance, heat shock, adhesion, abrasion resistance, flexibility, dielectric performance, chemical and moisture resistance, transformer-oil resistance, and high-speed enameling capability.
- Motors, generators, and inverter applications
- Transformers, relays, and solenoids
- Automotive and e-mobility
- Refrigeration equipment and power electronics
- Sensors and fine-wire applications
Technical information used for product selection
Wire-enamel selection organizes the process and application information a customer can share into a consistent technical framework.
- Conductor and wire constructionCopper or aluminum conductor; round, flat, or rectangular wire; fine, medium, or heavy wire; diameter range; and coating build or grade.
- Coat structure and enameling lineBasecoat, topcoat, bondcoat, or primer; horizontal or vertical enameling line; die or felt application; and the current enamel system.
- Process and verification criteriaSolids content, viscosity, solvent-system requirements, required thermal class, and any standards or approvals to confirm at product level.
Technical-Commercial Discussion
Share your wire-enamel requirement.
Share your conductor, wire geometry, enameling line, current system, and application information so we can define an appropriate product direction.
Request Product Evaluation