2210 oily paint ribbon

&Insulating Tape Series Oily Lacquer Silk Ribbon (commonly known as Silk Ribbon) br/> Oily Lacquer Silk is made of electrical silk (insulation spinning) evenly dipped in oily insulating varnish and dried. It
has certain electrical and mechanical properties. It can be used for a long time at ℃ temperature. It is suitable for thin layer insulation or pad insulation that requires high dielectric properties in motors and electrical appliances. Technical requirements
The technical requirements are as shown in the table
Serial number index name index
Size
Length, width, thickness standard length
, each roll should not have more than two sections, each Segment length should be greater than . The width should not be less than the width of a roll, and the width should be the same in one roll. It can be cut straight and diagonally to the width of .,.,. When the width is greater than the width, the deviation is %. The overlapping length of the chamfered tape shall not be greater than the thickness shown on the surface. The paint film shall be uniform and free of bubbles, creases, damage and impurities that may affect use. The paint film should not be damaged due to adhesion when uncoiling. The tape reel is cut neatly and does not fall off the reel. After the thermoplastic paint silk sample roll is heat treated at a temperature of ℃, the paint silk layers will not bond, the paint film will not fall off from the bottom silk, and the tensile strength will comply with the volume resistivity specified in the table, not less than the normal temperature.
℃.
After being exposed to temperature and moisture.
The warp shrinkage rate, after ℃.%. is not greater than the power frequency breakdown voltage and conforms to the provisions of the table
Table
Nominal thickness, allowable deviation, . , . . ., . .

Table

Nominal thickness tensile strength/width, tension when not less than radial and weft direction calibrated elongation%. The median value is the lowest Value Median Lowest Value Median Lowest Value Median Maximum Tension. ~ . ~ . ~ . ~