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ve Tic. Ltd. Şti.
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Pressboard
Pressboard is a special material widely used in electrical insulation. This material, produced by compressing wood fibers and a special pressing process, is used in the insulation of transformers, reactors and other high-voltage electrical equipment.
Electrical Insulation:
Pressboard is designed for use in high voltage electrical devices. It contributes to the healthy operation of the equipment by ensuring the safe management of electrical fields.
High Heat Resistance:
Pressboard is a material that can generally withstand high temperature conditions. This feature enables equipment such as transformers to operate for long periods of time and under high temperatures.
Mechanical Durability:
Pressboard obtains a solid structure through the compression process. In this way, its mechanical durability increases and helps the equipment adapt to various conditions.
Impregnability:
Pressboard can be impregnated with special oils or resins. This process increases the electrical insulation properties of the material and prevents moisture from being absorbed.
Pressboard is considered a reliable insulating material in the electrical industry. Transformer cores, insulation plates and many components of high voltage equipment are produced from pressboard material. With its reliable and durable structure, pressboard plays a critical role in the energy sector and contributes to the safe and effective operation of electrical systems.
Presspaper - Pressboard
Pressboard/presspaper is an insulation material commonly used in transformers. It is used to provide insulation between high voltage windings, to support and regulate the windings, to provide thermal insulation and to provide electrical insulation. In addition, it acquires high dielectric strength properties by going through special processes. Thanks to these features, it contributes to the reliable and effective operation of transformers.
DDP - Diamond Dotted Paper
Diamond Dotted Paper (DDP) is an insulating material used in the manufacturing of electrical transformers. This is a special electrical insulating paper with diamond-shaped epoxy resin dots applied on both sides. This dotted pattern increases the electrical and mechanical properties of the paper and makes it usable in high voltage applications.
Insulation Reinforcement:
The diamond pattern of dots with epoxy resin applied to both sides of the paper increases the dielectric strength and insulating properties of the material. This strengthening is important to maintain the integrity and safety of electrical transformers.
Thermal Resistance:
DDP is designed to withstand the high temperatures encountered in transformer applications. The epoxy resin used in the dots ensures that the paper is effective even under harsh working conditions.
Mechanical Strength:
The diamond pattern not only improves electrical insulation but also increases the mechanical strength of the paper. This is important to maintain the structural integrity of the transformer windings.
Transformer Applications:
Diamond Dotted Paper is often used in the manufacture of oil bath transformers. It is applied over the insulation between transformer winding layers, providing an additional barrier against electrical disturbances and improving overall transformer reliability.
Fat Impregnation:
Dotted paper is often impregnated with transformer oil during the manufacturing process. This oil impregnation further increases the dielectric properties of the paper and provides additional cooling for the transformer.
Regular Quality:
DDP is manufactured with strict quality control measures to maintain uniformity in dot placement and resin application. This consistency is essential to maintain the desired electrical and mechanical properties in transformers.,
Diamond Dotted Paper plays a critical role in the insulation systems of transformers, increasing their reliability and efficiency in electrical energy distribution. The dotted pattern combines with the properties of epoxy resin and transformer oil, making it a preferred material in applications requiring high dielectric strength and thermal durability in the electrical sector.
Kraft Paper
Kraft paper is a material used to provide insulation between electrical components in transformers. High dielectric strength, temperature resistance, mechanical strength and oil absorption properties contribute to the reliable and effective operation of transformers. The use of this paper ensures safe transmission of energy and long life of the transformer.
Crepe Paper
Transformers, an indispensable component of electrical distribution systems, require special insulation materials beyond ordinary standards. Insulating crepe paper is designed to meet stringent requirements such as electrical insulation, thermal stability, mechanical strength, compatibility with impregnating fluids, conformability, oil compatibility and aging resistance. The outstanding properties of this special paper ensure reliable, safe and effective operation of transformers over their long operating life. Overall, crepe paper's combination of electrical insulating properties with thermal resistance and mechanical flexibility make it a versatile material for transformer insulation. This special design has been specially developed to meet the high performance and durability standards of transformers at the heart of electrical distribution systems.
KP 20212 - 20214 - 20222 Pressholz
KP 20212, KP 20214, and KP 20222 Pressholz represent high-quality pressboard products used primarily in the electrical industry. This special product line is designed to provide reliable and effective performance in the insulation of transformers and other electrical devices.
High Electrical Resistance:
KP 20212, 20214 and 20222 Pressholz offer high dielectric strength. This feature ensures reliable performance in electrical insulation.
Excellent Mechanical Strength:
Pressholz sheets are strong in terms of mechanical durability. These features support long-lasting and reliable operation of transformers and other electrical devices.
Thermal Resistance:
Pressholz materials, which can withstand high temperature conditions, adapt to the harsh operating conditions of energy systems.
Homogeneous Structure:
The homogeneous structure of Pressholz sheets provides excellent insulation with high quality and low dielectric losses.
Chemical Resistance:
KP 20212, 20214 and 20222 Pressholz are resistant to various chemicals. This feature allows the material to be used safely in various industrial environments.
Wide Application Areas:
Pressholz sheets can be used in many applications, from winding insulation of transformers to electrical panels. This ensures that the product range is versatile and offers a wide range of industrial applications.
KP 20212, 20214 and 20222 Pressholz offers a reliable and high-performance insulation solution in electrical energy transmission and distribution systems. With excellent acceptance in the electrical industry, these pressboard products are designed to increase the reliability of power systems and ensure long-lasting performance.
HGW Epoxy Class Sheet & Tubes
The HGW epoxy class represents a product group in the high-performance insulation materials category. This particular grade of epoxy is designed specifically for use in electrical insulation. Plates and pipes of the HGW epoxy class are produced to provide reliable and effective performance in the insulation of various electrical equipment, especially transformers and energy systems.
High Insulation Performance:
HGW epoxy grade offers high dielectric strength and insulation performance. Thanks to these features, it supports the safe and efficient operation of electrical equipment.
Thermal Resistance:
Designed to withstand the high temperature conditions frequently encountered in electrical systems, HGW epoxy grade materials are strong in terms of thermal durability. This feature ensures long-term and reliable operation of the equipment.
Mechanical Strength:
Plates and pipes attract attention with their mechanical durability. This feature provides a robust structure in the assembly processes and operating processes of electrical systems.
Chemical Resistance:
HGW epoxy grade materials are resistant to a variety of chemicals. This feature increases the materials' resistance to environmental conditions.
Various Application Areas:
HGW epoxy grade plates and pipes address a wide range of applications, from the energy sector to industrial automation. It provides an ideal solution for transformers, generators, and other electrical equipment.
The HGW epoxy grade offers high-quality materials developed to meet modern demands in electrical insulation. These plates and tubes are widely accepted in the industry for ensuring the reliable and efficient operation of energy systems.
UPGM - GPO3
UPGM (Unsaturated Polyester Glass Mat)
UPGM is a composite material consisting of a combination of glass fiber and unsaturated polyester resin. This material is used in many industrial applications thanks to its various advantages.
Excellent Mechanical Strength:
UPGM has excellent mechanical strength properties provided by glass fiber. This property makes the material strong and durable in a variety of applications.
Chemical Resistance:
UPGM is resistant to a variety of chemicals. This feature enables long-term use of the material in industrial environments.
High Heat Resistance:
UPGM is a material that can withstand high temperatures. This feature allows the material to be used in a wide temperature range.
Electrical Insulation:
UPGM is suitable for electrical insulation. Thanks to this feature, it can be used safely in electrical equipment and panels.
Lightness:
UPGM is a lightweight material, which facilitates transportation and installation processes.
HP Phenolic Sheets and Tubes
HP Phenolic Sheets and Tubes represent a special product line that stands out as a high-performance insulation material. Phenolic materials are known as a reliable and durable option in electrical insulation. HP Phenolic Sheets and Tubes are widely used especially in the insulation of low voltage electrical equipment and in mechanical applications.
High Mechanical Strength:
HP Phenolic materials offer high strength and impact resistance. Thanks to these features, sheets and tubes exhibit long-lasting and robust performance in mechanical applications.
Chemical Resistance:
Phenolic sheets and tubes are resistant to various chemicals. This feature enables the materials to be used in a variety of industrial environments.
Electrical Insulation:
HP Phenolic materials have excellent dielectric properties. Therefore, it offers a reliable solution in the isolation of low voltage electrical equipment.
High Temperature Resistance:
Phenolic sheets and tubes are resistant to high temperature conditions. This feature ensures that the materials can be used safely in industrial applications.
Long Life and Low Maintenance:
HP Phenolic materials long life and low maintenance requirements make them preferred as a cost-effective solution in industrial applications.
Various Application Areas:
Phenolic sheets and tubes offer a wide range of applications. It is an ideal option for electrical panels, machine parts, fans, gears and many other mechanical applications.
HP Phenolic Sheets and tubes are widely accepted in the industrial sector with their high strength, durability and electrical insulation properties. Their mechanical durability and suitability for a variety of industrial environments make these materials ideal for many different applications.
Polyester Films
Transparent / White
Polyester film; They have excellent insulating properties that enable them to be used in various electrical applications such as cable wrapping and motor insulation. It is a polyester film made from stretched polyethylene terephthalate and is used for its high tensile strength, chemical and dimensional stability, transparency, reflectivity, gas and aroma barrier properties, and electrical insulation. It provides high efficiency in multi-layer lamination applications. They are transparent polyester films with high printing quality and chemical or protective coating on one side.
Nomex
410-411-993-994
Nomex is a brand name manufactured by DuPont and generally refers to a polyamide fiber material that is flame retardant and high temperature resistant. Nomex is a performance material used especially in industrial applications and has a wide range of uses due to its various properties.
The main features of Nomex are:
High Temperature Resistance:
Nomex is a material that can withstand high temperatures. Due to this feature, it is preferred in hot working environments and applications exposed to high temperatures.
Flame Retardancy:
Nomex is not spontaneously flammable and reduces the tendency to spread flame. This feature is important in applications requiring fire safety.
Mechanical Strength:
Nomex is a material with high mechanical strength, which ensures durability and long life.
Electrical Insulation:
Thanks to its electrical insulation properties, it can be used in electrical applications. This feature makes it preferred in electric motors, transformers and similar equipment.
Nomex is commonly used in many different industries, including insulation materials, clothing (especially flame retardant clothing), automotive applications, aerospace, and the electrical and electronics industry. This material is often preferred in products designed to meet safety and performance requirements.
NHN - NMN - DMD
NHN
Nomex Paper/Polyamide Film Composite consists of laminates of 2 layers of aramid paper (Nomex®) bonded to one layer of special polyamide film (Kapton).
NMN
-6640 Nomex paper/Polyesterfilm/Nomex paper flexible composite material is made of two layers of Du Pont Nomex paper with one layer of polyester film.
DMD
- 6630 Polyester Film/Polyester Fiber Non-woven Fabric Composite(DMD) consists of two layers of non-woven polyester and one layer of high-grade polyester film in the middle
Glass Fiber Tape
Fiberglass fiber tapes are generally used in various industrial applications due to their durability, strength and insulation properties. Fiberglass fiber consists of long, thin fibers produced from glass and is usually integrated into tapes in the form of a mat or a cloth. Fiberglass fiber tapes are generally used to provide high temperature resistance, flame retardant properties and mechanical strength.
Features of these bands may include:
High Temperature Resistance: Fiberglass fiber is a material that can generally withstand high temperatures, so fiberglass fiber tapes are generally designed for use in hot environments.
Mechanical Strength: Glass fiber fibers are high strength and durable. This feature enables the tapes to withstand mechanical stress.
Flame Retardancy: Glass fiber generally has flame retardant properties, so fiberglass fiber tapes can limit or delay flammability.
Insulation Properties: Fiberglass has electrical insulation properties, so fiberglass fiber tapes can be used for electrical insulation.
Chemical Resistance: Fiberglass generally has chemical resistance, which allows these tapes to be used in a variety of chemical environments.
Fiberglass fiber tapes are commonly used in pipe insulation, insulation, power cable armor, automotive, aerospace and other industrial applications. Each product or brand may have different characteristics, so it is important to contact the manufacturer or supplier for more information about a particular fiberglass tape.