Sustainably Sourced Window Frames
Building, Materials, Roof, Windows, etc.
Sustainably Sourced Wood
YouTube Channel Name:
RedTree Collective
Video Title:
Sourcing Sustainable Wood
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Sustainably sourced wood comes from forests that are managed with strict ecological and social standards to ensure that the environment and local communities are protected.
Suitable Climates: Can be used in most climates when the species is selected based on local conditions
Humid Climates: Teak, cedar - moisture and decay resistant
Dry Climates: Oak, maple, hickory - durable and wear-resistant
Extreme Temperatures: Thermally modified wood (e.g., Lunawood)
Coastal Areas: Cypress, redwood - resist salt and moisture
Temperate Climates: Cherry - stable in consistent climates
Cool Climates: Maple, birch
Hot Summers/Cold Winters: Walnut, hickory
Benefits: Renewable resource, biodegradable, energy efficient, long design life and longevity
Drawbacks: Limited availability in some regions, higher initial cost, potential for unsustainable practices even under certifications
Application: Commonly used in window frames for its natural aesthetic and thermal insulation, especially in sustainably focused construction
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Building, Materials, Roof, Windows, etc.
Unplasticized Polyvinyl Chloride (UPVC)
YouTube Channel Name:
RedTree Collective
Video Title:
What is UPVC? Everything - You Need to Know About the UPVC Windows | UPVC Windows
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UPVC (unplasticized polyvinyl chloride) is a popular choice for sustainable window frames due to its strength, durability, and low maintenance requirements.
Suitable Climates: Performs well across a wide range of climates
High Humidity & Heavy Rainfall: Water-resistant and resistant to warping or rotting
Extreme Temperatures: Maintains structural integrity in both hot and cold conditions
High UV Exposure: Resistant to sun damage with proper additives
Coastal Areas: Withstands salt air, moisture, and corrosion
Hurricane-Prone Regions: Durable and capable of handling high wind loads
Benefits: Low maintenance, durable, energy-efficient, cost-effective, and aesthetically pleasing
Drawbacks: Non-biodegradable, prone to discoloration over time, difficult to repair if damaged
Application: Commonly used in window frames for residential and commercial buildings, especially in areas requiring weather resistance and minimal upkeep
Further research links:
Building, Materials, Roof, Windows, etc.
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