Epoxy Resin Casting Molds For Dry Type Transformer Use

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Epoxy Resin Casting Molds For Dry Type Transformer Use

Name: Epoxy Resin Casting Molds For Dry Type Transformer Use
Brand: CANGZHOU KENUO INTERNATIONAL CO., LTD.
Price: 10000 USD
Availability: InStock

Price 10000 USD ($)/ Unit

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MOQ : 1 Unit

Epoxy Resin Casting Molds For Dry Type Transformer Use Specification

Heating Method
Electric Heating Plate or Hot Air Circulation

Power Source
Electrical

Control Mode
Automatic Digital Temperature Controller

Heating Capacity
Up to 1500C

Accuracy
1C

Condition
New

Type
Epoxy Resin Casting Mold

Model
ERCMDT-2024

Internal Size
Available in various sizes to fit transformer windings

External Size
Customizable as per transformer core dimensions

Volume
Tailored to dry type transformer requirements

Air Flow
Optional forced air circulation

Temperature Range
Room temperature to 150C

Material
High-strength steel with epoxy resin coating

Dimension (L*W*H)
Custom as per customers mold design

Power
3 kW 10 kW, depending on design

Voltage
220V/380V, 50/60Hz

Surface Finish
Polished and anti-stick treated

Safety Features
Over-temperature shutoff, leakage protection

Vacuum Compatibility
Suitable for vacuum resin casting systems

Demolding Method
Mechanical or hydraulic demolding system

Weight
Varies according to size and customer requirements

Color
Metallic grey or customized upon request

Core Form Factor
Available for single phase, three phase, and custom shapes

Mold Life
Up to 1000 casting cycles with proper maintenance

Production Technique
High-precision CNC machining and surface polishing

Resin Compatibility
Epoxy, Polyester, and Polyurethane resins

Application
Manufacture of medium and high voltage dry type transformer coils

Epoxy Resin Casting Molds For Dry Type Transformer Use Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Day

Delivery Time
60 Days

About Epoxy Resin Casting Molds For Dry Type Transformer Use

Dry Type Transformer Epoxy Resin Casting Molds

Purpose of the product: Divided into soft and hard molds, casting mold is used for casting of epoxy dry-type transformer coils and is an essential tool for production of dry-type transformer coils.

Components of the device : The hard mold is composed of outer mold, inner mold, outgoing bar and seal strip.The soft mold is composed of outer mold, inner mold, seal strip, clamping plate and pressing plate.

High Durability and Versatile Compatibility

Built to last, the ERCMDT-2024 casting mold supports up to 1000 cycles under proper upkeep. Its suitable for various resinsincluding epoxy, polyester, and polyurethanemaking it ideal for diverse transformer coil applications. Its design allows for both standard and customized shapes, ensuring flexibility for your manufacturing needs.

Advanced Safety and Precision Controls

Safety is paramount with built-in over-temperature shutoff and leakage protection. The automatic digital temperature controller ensures precise regulation with an accuracy of 1C, supporting temperatures up to 150C. Optional features include forced air circulation for enhanced heating uniformity, tailored for the highest production standards.

FAQs of Epoxy Resin Casting Molds For Dry Type Transformer Use:

Q: How does the epoxy resin casting mold benefit transformer coil production?

A: This mold ensures precise and repeatable coil shapes through high-precision CNC machining and a polished, anti-stick surface. Its compatibility with various resins and core configurations streamlines production, while durable construction supports high-cycle use.

Q: What resins are compatible with the ERCMDT-2024 casting mold?

A: The mold is engineered for use with epoxy, polyester, and polyurethane resins, providing manufacturers with flexibility to choose the optimal material for their specific transformer requirements.

Q: When should routine maintenance be performed to maximize mold life?

A: Routine maintenance should be conducted after each casting cycle, focusing on cleaning, inspecting the anti-stick surface, and checking for wear. Following the manufacturers guidelines helps achieve the maximum mold lifespan of up to 1000 cycles.

Q: Where can the casting mold be utilized?

A: The mold is designed for application in transformer manufacturing facilities, particularly for the production of both medium and high voltage dry type transformer coils. It is suited for both domestic and international transformer markets.

Q: What is the process of demolding after casting?

A: Demolding is accomplished through either a mechanical or hydraulic system, depending on setup. These systems ensure safe, efficient removal of finished coils, minimizing product defects and mold wear.

Q: How does the mold ensure operator safety during use?

A: Safety features such as over-temperature shutoff and leakage protection are integrated, and an automatic temperature controller minimizes the risk of overheating. These attributes safeguard both personnel and product integrity.

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