This detailed product description covers Propiedades físicas, especificaciones, ventajas, desventajas y aplicaciones de FRP EZ Angle.

1. Physical Properties of FRP EZ Angle

FRP EZ Angle is made from a combination of high-performance glass fibers and a matriz de resina polimérica, providing exceptional mechanical, chemical, and thermal properties.

1.1. Resistencia y durabilidad

• Alta relación resistencia-peso – Stronger than wood and comparable to steel, but much lighter.

• Resistencia a la flexión y a la tracción – Resists bending and pulling forces without deformation.

• Resistencia al impacto – Can withstand mechanical shocks and vibrations without cracking.

1.2. Resistencia a la corrosión y a la intemperie

• Non-Corrosive – Unlike steel, FRP EZ Angle does not rust, corrode, or degrade when exposed to moisture or chemicals.

• Resistant to UV Radiation – Formulated with UV-resistant coatings to prevent fading and degradation from prolonged sun exposure.

• Chemical Stability – Withstands exposure to harsh chemicals, acids, and alkalis, making it ideal for industrial environments.

1.3. Electrical and Thermal Properties

• No conductivo – Does not conduct electricity, making it safe for electrical and telecommunications applications.

• Aislamiento térmico – Has low thermal conductivity, reducing heat transfer and making it energy efficient.

1.4. Resistencia al fuego

• Available in Fire-Retardant Formulations – Meets industry fire safety standards when using fire-retardant resins.

• Baja emisión de humo y toxicidad – Some versions produce minimal smoke and toxic emissions in the event of a fire.

2. Especificaciones y dimensiones

FRP EZ Angle is available in various sizes, thicknesses, and configurations to accommodate different project requirements.

2.1. Dimensiones estándar

• Longitud de las piernas: Typically ranges from 25 mm × 25 mm (1” × 1”) a 150 mm × 150 mm (6” × 6”)

• Espesor: Varía desde 3 mm (1/8”) a 12 mm (1/2”)

• Longitud: Standard lengths include 3 meters (10 feet) and 6 meters (20 feet), with custom lengths available upon request.

2.2. Composición del material

• Fibras: E-glass (most common), S-glass (for higher strength), or carbon fiber (for specialty applications).

• Resinas:

  • Poliéster – General-purpose, cost-effective, and durable.

  • Éster de vinilo – Resistencia superior a productos químicos y a la corrosión.

  • Epoxy – Best mechanical performance and high durability.

  • fenólico – Fire-resistant and low smoke emission for high-temperature applications.

2.3. Propiedades mecánicas (valores típicos)

3. Advantages of FRP EZ Angle

FRP EZ Angle offers several advantages over traditional construction materials, making it a preferred choice for many industries.

3.1. Ligero y fácil de manejar

• 70% más ligero que el acero y 30% lighter than aluminum, making transportation and installation easier.

• Requiere fewer workers and minimal lifting equipment during installation.

3.2. Corrosion Resistance for Harsh Environments

• Sin oxidación, putrefacción ni degradación. when exposed to water, chemicals, or industrial gases.

• Ideal para marine, industrial, and outdoor applications where metal structures would deteriorate quickly.

3.3. Seguridad eléctrica y magnética

• Completely non-conductive, making it safe for use in power stations, electrical substations, and MRI facilities.

• No magnético, lo que lo hace ideal para sensitive electronic and medical equipment environments.

3.4. Low Maintenance and Long Service Life

• No need for painting, galvanizing, or protective coatings, reducing maintenance costs.

• Resistant to biological degradation, such as mold, termites, and fungal growth.

3.5. Simple Fabrication and Installation

• Fácil de cortar, perforar y ensamblar. con herramientas estándar.

• No welding is required, eliminating the need for hot work permits and reducing installation risks.

3.6. Sustainability and Cost Savings

• Longer lifespan than traditional materials, resulting in lower replacement costs con el tiempo.

• No need for expensive coatings or anti-corrosion treatments, saving money on maintenance.

4. Disadvantages of FRP EZ Angle

Despite its many benefits, FRP EZ Angle has some drawbacks that should be considered.

4.1. Mayor costo inicial

• More expensive than traditional materials like steel and aluminum on a per-unit basis.

• Sin embargo, reduced maintenance and longer lifespan Puede compensar la inversión inicial.

4.2. Menor rigidez en comparación con el acero

• Más flexible que el acero, which may require additional support in load-bearing applications.

• No siempre es adecuado para high-stress structural applications unless properly engineered.

4.3. Degradación UV sin protección

• Prolonged exposure to direct sunlight can cause color fading and surface degradation.

• Requiere Recubrimientos resistentes a los rayos UV Para aplicaciones exteriores de larga duración.

4.4. Resistencia limitada a altas temperaturas

• Standard FRP softens above 150-200°C, whereas metals can withstand much higher temperatures.

• Fire-resistant formulations are available but may come at a higher cost.

4.5. Desafíos del reciclaje

• Difícil de reciclar due to the composite nature of FRP materials.

• Disposal options are limited, though some companies offer specialized composite recycling services.

5. Applications of FRP EZ Angle

FRP EZ Angle is widely used in various industries due to its unique properties.

5.1. Aplicaciones industriales

• Plantas químicas – Corrosion-resistant structural supports for chemical processing equipment.

• Plantas de tratamiento de agua y aguas residuales – Used in walkways, platforms, and handrails exposed to moisture and chemicals.

5.2. Marina y Offshore

• Construcción de muelles y embarcaderos – Saltwater-resistant alternative to steel and wood structures.

• Shipbuilding – Used for non-structural components requiring lightweight and corrosion resistance.

5.3. Infrastructure and Construction

• Bridges and Walkways – Used in pedestrian bridges and access structures.

• Railway and Roadside Applications – Non-conductive structures for railway signal supports and power substations.

5.4. Electricidad y telecomunicaciones

• Power Distribution – Safe for high-voltage environments where metal structures would create electrical hazards.

• Telecom Towers – Used for antenna structures and communication panel support.

6. Conclusión

FRP EZ Angle provides an excellent alternative to acero, aluminio y madera, particularly in corrosive, high-voltage, and moisture-exposed environments. It is lightweight, durable, non-conductive, and easy to install, making it a preferred choice for Aplicaciones industriales, marinas, de construcción y eléctricas.