Diamond Dotted Epoxy Paper

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MOQ : 10 Tons

Diamond Dotted Epoxy Paper Specification

Width
Up to 1250 mm

Length
Standard 25 m, 50 m, or customized

Thickness
0.10 mm, 0.13 mm, 0.15 mm, 0.18 mm, 0.20 mm, 0.25 mm (customizable)

Elongation
>2%

Thermal Conductivity
0.18 W/mK

Operating Temperature
Class F (up to 155C)

Product Type
Insulating Paper with Epoxy Diamond Dots

Application
Electrical insulation in transformers, motors, generators, and other electrical equipment

Rated Voltage
Up to 35 kV

Tensile Strength
>60 N/10mm

Function
Insulation, heat resistance, bonding under hot pressing

Heat Resistance
Excellent heat aging characteristics

Paper Core
76 mm or customized

Diamond Dotted Epoxy Paper Trade Information

Minimum Order Quantity
10 Tons

Supply Ability
300 Tons Per Month

Delivery Time
7-10 Days

Sample Available
Yes

Packaging Details
Standard Packaging

Main Domestic Market
All India

About Diamond Dotted Epoxy Paper

Our Diamond Dotted Paper is widely used in the insulation and mechanical binding of winding and insulation layers, laminations, conductors and straps. This Paper is tack free at room temperature and can also be utilized in high stressed areas of transformers after curing. Our Diamond Dotted paper is of high tensile strength and can be used to group. For more details kindly contact us.

Reliable Electrical Insulation

Diamond Dotted Epoxy Paper offers exceptional insulation properties for transformers, motors, generators, and other vital electrical equipment. Its unique resin-dot surface enhances both electrical strength and bonding capability, ensuring stable operation even in high-stress conditions.

Customizable to Suit Every Application

Available in various thicknesses (0.10 mm to 0.25 mm) and standard or customized lengths and widths (up to 1250 mm), this paper can be tailored to the precise needs of your electrical projects. The paper core diameter and other specifications can also be adjusted for specific industry requirements.

Outstanding Thermal and Mechanical Performance

Rated for Class F applications (up to 155C), Diamond Dotted Epoxy Paper maintains integrity under continuous thermal and mechanical stresses. With more than 2% elongation and tensile strength exceeding 60 N/10mm, it delivers long-lasting reliability in rigorous environments.

FAQs of Diamond Dotted Epoxy Paper:

Q: How is Diamond Dotted Epoxy Paper typically used in electrical equipment?

A: Diamond Dotted Epoxy Paper is widely used as an insulating layer in transformers, motors, and generators. It provides electrical insulation between components and helps with bonding during the hot pressing process, preventing short circuits and enhancing overall device safety.

Q: What process is followed to apply Diamond Dotted Epoxy Paper for insulation?

A: The paper is cut to the required size, placed between windings or layers, and then subjected to heat and pressure. The epoxy dots soften and bond the layers, creating a unified, insulated structure that is both heat resistant and mechanically robust.

Q: What are the advantages of using Diamond Dotted Epoxy Paper over standard insulation papers?

A: Unlike standard insulation, this paper offers enhanced heat resistance (up to 155C), high mechanical strength, and strong bonding due to the epoxy resin. Its pattern ensures even distribution, reducing the risk of weak points in insulation.

Q: Can the thickness and dimensions of Diamond Dotted Epoxy Paper be customized?

A: Yes, the paper is available in thicknesses ranging from 0.10 mm to 0.25 mm and can be cut to specific widths (up to 1250 mm) and lengths (standard 25 m, 50 m, or customized) to meet particular requirements.

Q: Where can I source Diamond Dotted Epoxy Paper in India?

A: This product is readily available through manufacturers, importers, suppliers, and traders across India. Custom orders can be placed for specific dimensions or paper core sizes to match industry needs.

Q: When should I choose Class F insulation such as this for my application?

A: Class F insulation, rated up to 155C, is recommended for electrical equipment that operates in environments exposed to moderate to high thermal loads, ensuring long-term reliability and safety.

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