About Creepe Paper Tape
AIPs Insulation crepe papers with the required quality specifications for electrical insulation
purpose are made entirely from high-grade electrical kraft base paper. These papers are
totally free from conductive particles and are used as insulation in Distribution, Power/ current
/potential transformers.
Colour: Natural brown.
Dimensional availability: In rolls of 475 mm width or slitted in strips from 15 mm wide.
The base paper used for manufacturing insulating crepe paper has some excellent properties.
This base paper is chemically neutral with low ash, chloride and sulphate content. The paper
has a very uniform formation and 100% unbleached sulphate conifer wood pulp.
The Crepe paper is used to manufacture oil-immersed transformers, current transformers of
type CT, CVT for making leads and shields, This paper has 300% more strength and can take
various shapes.
Creped Papers are ideally suited to insulate irregular shapes and surfaces where a proper
insulation can not be reached with flat papers. Specialities were developed for applications as
magnet wire insulation, as layer insulation, in current transformers, in RIP bushings or as
shielding material
Accurate Industrial
Outstanding Electrical InsulationDesigned for use in transformers, coil winding, and other electrical applications, our crepe paper tape delivers reliable electrical insulation performance. With a rated voltage of 600 V and breakdown voltage of 3.5 kV, it offers robust protection and safety during operation. Its single-layer creped surface and rubber-based adhesive ensure both flexibility and secure bonding, supporting a wide range of industrial uses.
Tailored to Your Project NeedsOur tape is available in various widths, thicknesses, and roll sizes, allowing customers to select the exact specifications required for their projects. The material's high conformability and strong adhesion make it especially suitable for wrapping irregular shapes and components, making your installation process smooth and efficient.
Simple and Hassle-Free InstallationFor optimal adhesion, simply apply the tape to clean and dry surfaces, pressing firmly to ensure it sticks securely. Its odorless, single-sided adhesive leaves no residue and eliminates installation hassles. With a moderate unwind force and tear resistance, users can achieve precise application without unnecessary waste or difficulty.
FAQ's of Creepe Paper Tape:
Q: How should I store crepe paper tape to maintain its effectiveness?
A: To preserve the adhesive properties and quality of crepe paper tape, it should be stored in a cool, dry place away from sunlight. Proper storage helps ensure the tape remains effective for up to 12 months from the manufacturing date.
Q: What types of electrical applications is this tape suitable for?
A: This crepe paper tape is ideal for transformers, coil winding, and electrical insulation tasks, thanks to its 600 V rated voltage, high breakdown voltage (3.5 kV), and reliable adhesion properties.
Q: When is it best to use crepe paper tape with a rubber-based adhesive?
A: This tape is best deployed when high conformability, tear resistance, and good adhesion to irregular surfaces are needed-especially in environments where moderate water resistance and insulation up to 105C are required.
Q: Where is this tape primarily applied during installation?
A: It is mainly used on electrical components such as coils and transformer parts. The tape is designed to be applied on clean, dry surfaces where reliable insulation and secure wrapping are paramount.
Q: What makes crepe paper tape beneficial over standard tapes for electrical insulation?
A: Crepe paper tape combines high conformability, strong tear resistance, electrical insulation up to 600 V, and a custom fit with different widths and thicknesses. Its robust adhesion and low thermal conductivity make it a specialized solution for demanding electrical work.
Q: How do I properly apply this crepe paper tape for optimal adherence?
A: Ensure the surface is clean and dry before application. Firmly press the tape as you unwind to guarantee secure adhesion. This helps prevent lifting or bubbling, ensuring effective insulation and bonding.