Performance Meets Sustainability
Solar Structures
Simply Put:
ArchLam® (Radial Laminated Bamboo) is the highest performance natural structural composite on the Planet.
-
Higher Structural Performance
-
More Stable - Maximum Dimensional Stability
-
More Durable - SEB Component Technology
= Higher Performance Solar Structures
Solutions Provided:
-Fully Kited Structures
-Steel Hardware Solutions
-Project Management/Oversight - On-Site
%20BMW%20(38)_edited_edited.jpg)
International Standards
Certifications
PRODUCTS IN COMPLIANCE WITH:
-
APA Member - Report Release - 2027
-
Structural Product Per ASTM 5456 - 2012-2026
-
Eurocode 5 - EN1995
-
Complies to ICC-ES - AC47
-
SEB Structural Engineered Bamboo Task Group - D07.02.03
-
Compliant to IBC(International Building Code) 2012-2026
STANDARD SIZES:
· Typical Beam Sizing
· Curved and Straight Beams & Columns
· Cambered & Tapered Beams
· Sizing - Limited only by Flat Bed Freight Transit
· 20’-0” to 80’-0” Length -Typical Glulam Sizing
· Roof Purlins - With Composite Steel Decking
· Floor Framing - With Steel Connectors
· Available as Custom Truss Designs
· Welded Steel Web and Connectors/Bearing Plate
Dimensional Components:
· 2x4, 2x6, 2x8, 2x10, 2x12 Nominal
· 3x3, 3x5, 3x6, 3x8, 3x10, 3x12 Actual
%20-%20Copy_edited.jpg)
Why SEB?
Structural Engineered Bamboo (SEB) is ideal for scaled solar and ev-charging infrastructure because it delivers high structural performance with superior dimensional stability while providing dramatically lower embodied carbon and fast, prefabricated install systems compared with steel or mass timber.
Performance and Stability:
SEB offers a modulus of elasticity over 4 million PSI and very high tensile strength, exceeding typical mass timber products and enabling strong, slender beams and columns for high-load environments like post and beam tower structures and complex dome structures. Its laminated bamboo structure is more than 28% more dimensionally stable than mass timber in volatile moisture and temperature conditions, which is critical for tightly controlled structures where quality fit and finish is required.
.jpg)
.jpg)