2400 x 900mm 4mm Structural Bracing Plywood for sale

Empower modern construction with structural bracing Plywood

2400 x 900mm 4mm Structural Bracing Plywood F22 Braceboard Plywood Hardwood Plybrace | SENSO

Short Description:

With its F22 strength grade, SENSO Structural Bracing Plywood is engineered to withstand various natural forces, including earthquakes and high winds. It offers exceptional structural integrity and reliability, giving you the confidence that your building can withstand challenging environmental conditions.

SENSO Structural Bracing Plywood has been extensively tested and used in the Australian environment for over 10 years. It meets the strength grade requirements outlined in the Australian Standard, ensuring it meets the highest quality and performance standards.

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Product Detail

2400 x 900mm 4mm Structural Bracing Plywood is a specialized type of plywood that is engineered to provide lateral stability and reinforcement to structures. Unlike regular plywood, which is often used for aesthetic or general construction purposes, structural bracing plywood is specifically designed to resist forces that act perpendicular to a structure’s main axis. It is primarily used to counteract lateral loads such as wind, seismic activity, and even heavy machinery vibrations.

Normal Thickness	Sheet Size (mm)	Grade	Density (kg/cm)				Glue	Thickness tolerance	Packing Unit (sheets)
				Face and back	Core Materials	Moisture

4.0mm	2400×900	F22	650	Hardwood	Hardwood	8-14 %	A bond Super E0	+/-0.2mm	100 / 400
4.0mm	2400×1200		650	Hardwood	Hardwood	8-14 %		+/-0.2mm	100 / 400
4.0mm	2745×900		650	Hardwood	Hardwood	8-14 %		+/-0.2mm	100 / 400
4.0mm	2745×1200		650	Hardwood	Hardwood	8-14 %		+/-0.2mm	100 / 400
4.0mm	3050×900		650	Hardwood	Hardwood	8-14 %		+/-0.2mm	100 / 400
4.0mm	3050×1200		650	Hardwood	Hardwood	8-14 %		+/-0.2mm	100 / 400

Uses and Applications of 2400 x 900mm 4mm Structural Bracing Plywood

Seismic Resistance: Earthquakes can exert powerful lateral forces on buildings, leading to potential collapse if not adequately addressed. Structural bracing plywood plays a pivotal role in seismic design by distributing these forces and minimizing their impact. Buildings in seismic-prone regions often incorporate bracing plywood to enhance their resilience.
Wind Load Mitigation: High winds are another natural force that can stress buildings laterally.2400 x 900mm 4mm Structural Bracing Plywood, strategically placed within walls, roofs, and floors, helps absorb and redirect wind loads, preventing structural failure.
Tall Buildings and Towers: Tall structures are susceptible to swaying due to wind or external forces. Structural bracing plywood, when employed thoughtfully, helps mitigate this sway, ensuring occupant comfort and structural integrity.
Industrial and Commercial Spaces: Large open spaces in warehouses, factories, and commercial structures can benefit from bracing plywood to counteract vibrations caused by heavy machinery or equipment, maintaining the building’s stability over time.

Benefits:

Strength & Resilience: Engineered for exceptional sturdiness, it withstands lateral forces while upholding integrity.
Effortless Integration: Seamlessly fits into various components, minimizing design adaptations.
Economical Longevity: Initial investment pays dividends through prolonged lifespan and diminished maintenance.
Augmented Security: Enhances safety during seismic events and potent winds.
Sustainable: Environmentally conscious due to responsible wood sourcing and reduced replacements.
Time-Economizing: Simplified installation expedites project completion