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When electrical components need unwavering protection and underground cable joints demand robust insulation, the solution must be precise. Megapoxy 34 delivers that confidence. It ensures critical electrical systems remain encapsulated, insulated, and structurally sound, even in demanding environments. This specialized epoxy protects against insulation breakdown and structural degradation, ensuring long-term operational reliability. Get it right, and these vital connections disappear from your concerns.
Megapoxy 34 is a low viscosity, 100% solids epoxy resin formulated specifically for the electrical and electronic industries. Its purpose is to provide superior dielectric and mechanical properties for the encapsulation of delicate electrical components and robust underground cable jointing. It is engineered to perform where standard general-purpose epoxies fall short, offering high-performance protection against environmental factors and mechanical stresses. This formulation ensures that encapsulated components, from small coils to substantial transformers, maintain their integrity and electrical function under operational loads and elevated temperatures.
With a Dielectric Strength of 315 kV/cm, Megapoxy 34 provides exceptional electrical insulation, crucial for preventing arc-over and insulation failure in high-voltage applications. Its Volume Resistivity of 1013 ohm.cm further underscores its ability to resist electrical flow, ensuring reliable performance across a broad range of electrical components. A Compressive Strength of 90 MPa means it can withstand significant mechanical loads without deforming or cracking, providing durable protection for encapsulated parts. This physical resilience, combined with a Peak Service Temperature of 150°C, allows encapsulated items to operate reliably even when internal heat generation is significant.
Megapoxy 34 is supplied in a two-part kit, requiring a precise mixing ratio of 4 parts A to 3 parts B by volume or weight. Accurate measurement and thorough mixing are mandatory to achieve the specified performance characteristics. Once mixed, the product has a pot life of 30 minutes at 25°C, providing adequate working time for detailed encapsulation tasks. It sets in approximately 6 hours, reaching full cure within 24 hours at 25°C.
Before application, all surfaces to be bonded or encapsulated must be properly pre-treated. This involves cleaning with acetone or isopropyl alcohol to remove any impurities that could compromise bond strength or inhibit curing. Wire brushing is not an adequate surface preparation and will result in poor adhesion. For cleaning mixing implements and tools, Megapoxy Thinners is recommended. Always use disposable rubber gloves to maintain proper industrial hygiene during use.
Megapoxy 34 conforms to AS3100-1990, including amendments 1 and 2 by AGL. This compliance verifies its suitability and performance for encapsulating and potting electrical components and cable joints under Australian standards.
Megapoxy 34 is specifically engineered for critical electrical encapsulation and robust cable jointing applications, distinguishing it from other general-purpose epoxies. If your primary need is specialized electrical protection, Megapoxy 34 is the direct choice. For structural bonding applications requiring high strength in construction or repair, consider Megapoxy Megabond, which is formulated as a structural adhesive. If the job involves more general-purpose repairs or bonding where the unique electrical properties of Megapoxy 34 are not a priority, Megapoxy E provides a versatile and reliable solution.
Megapoxy 34 is formulated for underground cable jointing and encapsulation of electrical components such as instrument transformers, lighting transformers, small power transformers, and coils. It is also used for casting electrical switchgear components and in applications requiring mechanical and chemical resistance.
Yes, Megapoxy 34 conforms to AS3100-1990, including amendments 1,2 by AGL. This ensures it meets the specified requirements for encapsulating and potting electrical components and cable joints for critical infrastructure.
Proper pre-treatment of surfaces is critical for good adhesion. All surfaces should be cleaned with acetone or isopropyl alcohol to remove impurities. Wire brushing is not an adequate method and will lead to poor adhesion.
Both Part A and Part B can cause irritation. Part B is corrosive, toxic, and causes severe skin burns and eye damage. Always wear safety shoes, nitrile gloves, and safety glasses. Ensure adequate ventilation and avoid skin and eye contact.
| Application | Key benefit | Primary trades |
|---|---|---|
| Underground cable jointing | Provides robust electrical insulation and mechanical protection for cable joints, meeting AS3100-1990 standards. | Electrical contractors, energy utility technicians |
| Encapsulation of instrument and power transformers | Ensures superior electrical and dielectric properties up to 150°C, protecting components from environmental factors. | Electrical component manufacturers, industrial electricians |
| Encapsulation of electrical coils | Offers high dielectric strength (315 kv/cm) and robust mechanical properties for long-term coil integrity. | Electrical component manufacturers |
| Casting electrical switchgear components | Delivers 90 MPa compressive strength and excellent chemical resistance for durable, compliant components. | Electrical switchgear manufacturers |
The Engineering Challenge: A newly designed transformer requires complete environmental sealing and mechanical support for its windings, along with guaranteed electrical insulation to prevent internal arcing under load.
The System-Based Solution with Megapoxy 34: After preparing the transformer housing and components, pour the mixed, low-viscosity Megapoxy 34 to fully encapsulate the core and windings. The resin flows into every void, curing to a solid 90 MPa block that resists vibration, while its 315 kv/cm dielectric strength provides insulation far exceeding the operational requirements.
Best Practice Note: For best results, consider pulling a light vacuum on the assembly during or after pouring to assist in removing any stubborn air bubbles from the transformer windings.
The Engineering Challenge: Creating a fully waterproof, mechanically robust, and electrically sound seal for a high-voltage underground cable joint that must withstand ground pressure and moisture for decades.
The System-Based Solution with Megapoxy 34: Use Megapoxy 34 to completely fill the jointing shell or mould around the prepared cable connection. It cures to form a 100% solids, impermeable barrier that prevents water ingress and resists chemical attack from the soil. Its dielectric properties ensure the long-term integrity of the electrical connection, in full conformance with AS3100-1990.
Best Practice Note: Ensure the 4 parts A to 3 parts B mix ratio is measured accurately by volume or weight. An incorrect ratio will compromise the cure and all final electrical and mechanical properties.
WARNING (Part A): Causes skin irritation, may cause an allergic skin reaction, causes serious eye irritation. Toxic to aquatic life with long lasting effects.
DANGER (Part B): Toxic if swallowed, toxic in contact with skin, fatal if inhaled. Causes severe skin burns and eye damage. Toxic to aquatic life with long lasting effects.
Wear safety shoes, nitrile gloves, and safety glasses. A suitable respirator is required if vapours or aerosols are present. Contaminated work clothing should not be worn outside the workplace.
Ensure ventilation is adequate. Use with local exhaust ventilation or while wearing an appropriate respirator. Do not enter confined spaces where vapour may have collected.
Store in a cool, dry, well-ventilated place, out of direct sunlight and away from foodstuffs or incompatible materials. Keep containers closed and standing upright. Store locked up. Dispose of contents and container according to local regulations.
Correct surface preparation is essential to ensure maximum bond strength and long-term performance when encapsulating or jointing electrical components with Megapoxy 34.
Surface prep: Clean all surfaces with acetone or isopropyl alcohol to remove any impurities, grease, or contaminants. Poor cleaning reduces bond strength and can inhibit effective encapsulation. Wire brushing is not sufficient for proper surface preparation.
Primer: Not required. The product bonds directly to properly cleaned surfaces.
| Property | Value |
|---|---|
| Mixing Ratio | 4 parts "A" to 3 parts "B" by volume or weight |
| Pot Life | 30 Minutes at 25ºC |
| Setting Time | 6 Hours at 25ºC |
| Cure Time | 24 Hours at 25ºC |
| Viscosity Part A | 1300 - 1900 cps |
| Viscosity Part B | 300 - 500 cps |
| Viscosity Mixed | 905 cps |
| Peak Service Temperature | 150ºC |
| Volume Resistivity | 10^13 ohm.cm |
| Dielectric Strength | 315 kv/cm |
| Compressive Strength | 90 MPa |
| Standards Conformance | AS3100-1990 including amendments 1,2 by AGL |
Here are some common examples on where Megapoxy 34 used by our customers.
Electrical
When connecting or repairing underground electrical cables, requiring a robust, electrically insulating and waterproof seal.
This low viscosity epoxy creates a durable, electrically insulating seal, compliant with AS3100, crucial for long-term cable integrity.
Electrical
Protecting sensitive electrical components like transformers or coils from environmental damage and ensuring insulation.
Provides superior dielectric strength and high heat resistance, ensuring reliable, long-lasting performance of critical electrical devices.
Electrical
Manufacturing or repairing electrical switchgear components that require rigid, dimensionally stable insulation.
Cures to a high-strength, dimensionally stable component with excellent electrical insulation, supporting precise switchgear function.
Civil Construction
Creating durable, water-tight, and electrically insulated connections for buried power cables in infrastructure projects or challenging underground environments.
The low viscosity (905 cps mixed) ensures thorough penetration and complete sealing of complex cable joints, forming an impermeable barrier against moisture. Its high dielectric properties safeguard against electrical faulting, while a compressive strength of 90 MPa provides durable mechanical protection against ground stresses.
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