Electrical Insulation Enamel
Electrical insulation enamel is used on copper and aluminum wires that are used in motors, transformers, generators and electrical measuring instruments. By applying heat on the wires, they are strengthened and have the property of electrical insulation coating. Coated wires are called “magnet wire”.
Wires insulated by electrical insulation enamel
Electrical insulation enamel is applied to copper and aluminum wires up to 30 layers, which creates a suitable electrical insulation layer.
This product must have very good chemical and thermal resistance and adhere well to copper or aluminum wire and have excellent mechanical stability. In some cases, for example when used in inverter electric motors, the appropriate insulation layer must withstand a possible partial discharge, which can cause a short circuit and damage the motor.
Thanks to Amitis Tejarat Noor’s close relationship with the international wire magnet industry, the company is able to continuously monitor new technologies and production processes and adapt its products portfolio to meet the changing needs of the market. .
Chemically, the range of electrical insulation enamel includes polyurethane, polyester, polyester amide, polyamide imide. The range of solids content starts from close to 8% and ends at 60% (1g/1h/180°C) and the viscosity range is between 30 and 60,000 mPas (at 23°C).
Electrical Insulation Enamel | ||
---|---|---|
Product | Solid Content (1g-1h-180°C) | Vicosity @20°C - mPas |
Solderable 13070RR40 | 38-40% | 1000-1600 |
Solderable 13080CR40 | 37-39% | 1000-1700 |
Solderable 13080RA25 | 24-26% | 95-135 |
Solderable 13070RA35 | 33-35% | 400-600 |
PE 19862AC44 | 42-44% | 1000-1400 |
PE 19862CG38 | 37-39% | 2350-3150 |
PAI 19902IB24 | 23-25% | 100-150 |
PAI 19902LC30 | 29-31% | 400-600 |
PAI 19902LC38 | 37-39% | 1600-2400 |
PAI 19902ME27 | 26-28% | 2200-2800 |
PAI 19902SN24 | 23-25% | 100-150 |
PEI 19960MC40 | 38.5-40.5% | 1050-1750 |
PEI 19960MC44 | 43-45% | 2800-4400 |
PEI 19960MM40 | 39-41% | 550-850 |
PEI 19960MM45 | 41.5-43.5% | 1000-2000 |
Solderable NYLOAFB13 | 12-13.5% | 300-800 |
Solderable NYLOAFB16 | 14-16% | 1200-2200 |
PEI 199650C37 | 35.5-37.5% | 700-1000 |
Polymide 73000 | 14.5-15.5% | 3000-6000 |
Polymide 73701 | 12.4-13.4% | 600-1200 |
19670 Enamel | 15-17% | 160-260 |
19670 Enamel | 21-23% | 800-1200 |
19670 Enamel | 23.5-25.5% | 1200-2200 |
19670 Enamel | 26-28% | 2300-3500 |
19670 Enamel | 29-31% | 4000-7000 |
Primer 19672 | 15-17% | 160-260 |
Primer 19672 | 23.5-25.5% | 1200-2200 |
Primer 19672 | 26-28% | 2300-3500 |
Primer 19672 | 29-31% | 4000-7000 |
Primer 19673 AA | 23-25% | 1400-2400 |
Primer 19673 AA | 19-21% | 500-1000 |
Coating Type | |||
---|---|---|---|
MTL DSG | Base Coat | OC | Index |
13070 | Polyurethane | - | 155 |
13080 | Polyurethane | - | 180 |
13080/19670 | Polyurethane | Bondable Polyamide | 180 |
19960/19902/19670 | Polyesterimide | Polyamide-imide | 200 |
13080/19600 | Polyurethane | Polyamide | 180 |
19902 | Polyamide-imide | - | 220 |
19960 | Polyester-imide | - | 220 |
19862/19902 | Polyester | Polyamide-imide | 220 |
19960/19902 | Polyester-imide | Polyamide-imide | 220 |
19828/19902/19654 | Solderable Polyester-imide | Polyamide-imide | 180 |
505/1753/1754 | Theic Modified Polyester-imide | - | 200 |
506/406/606/1766 | Polyester | Polyamide-imide | 200 |
505XX/1753XX/1754XX/606XX | Theic Modified Polyester-imide | Polyamide-imide | 240 |