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S series
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O series
I series

O-Series Exterior Intermittent Seam Cover for Roof and Enclosure

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OSR

پروفیل‌ OSRC
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OSRC

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OSB

Application of Series O Expansion Joint Cover Profiles

Agor Company’s Series O profiles are designed for covering expansion joints in exterior spaces, specifically roofs and surrounding areas (site/landscape).
Given that the installation location of these profiles is exposed to various weather conditions, all necessary measures have been taken to prevent water from penetrating the empty space of the expansion joint. If, for any reason, water and ambient moisture manage to pass through the visible layers of the profile and reach the waterproofing layer, it is directed to the building’s drainage system via the built-in water drainage system.
In the design of the buried site profile (OSB), all conditions such as the high weight of soil, variable live loads, and the effects of soil and plant fertilizer on aluminum have been taken into consideration. Another type of this profile, depending on the architectural conditions of the site, can also be installed in the area of raised floors on site.

Comparison Table for Different Product Models

Model Installation Location Space Type Position Environmental Conditions Installation Method Load Capacity Joint Width (cm)
OSR Roof Exterior Flush Wet At height / Elevated Low 10 – 50
OSRC Roof Exterior Corner Wet At height / Elevated Low 10 – 50
OSB Site / Landscape Exterior Flush Wet Flush / Level Medium 10 – 50

Comparison of Different Product Models

This table is a continuation of previous tables and compares three other models (OSR, OSRC, OSB) of a product, focusing on exterior applications and specific conditions (such as roofs and surrounding areas). The information provided in this table includes model, installation location, space type, position, environmental conditions, installation method, load capacity, and joint width (cm).

Key Points from the Table Analysis:

  • Model and Specialized Application for Exterior Space:

    • OSR and OSRC: Both models are designed for installation on roofs and in exterior spaces. This indicates their high resistance to weather factors and external environmental conditions. Both models are usable in wet environments, and their installation method is “at height/elevated,” which is logical for working on roofs. The main difference between the two is in the installation position: OSR is designed for flush positions and OSRC for corner positions on the roof, indicating the specialized nature of OSRC for covering roof corner joints. The load capacity for both models is listed as “low,” which could mean these models are more suitable for waterproofing and covering joints on roofs (which typically do not bear direct loads) rather than withstanding heavy loads. The joint width for both is 10-50 cm.
    • OSB: This model is designed for installation in the site/landscape and in exterior spaces. The installation location “site/landscape” can include sidewalks, courtyards, or other open spaces. This model is also usable in wet environments, and its installation method is “flush/level.” Its load capacity is listed as “medium,” indicating it can withstand more load than the OSR and OSRC models, but probably not as much as the “very high” capacity floor models (like MSX). This model is also offered in the “flush” position with a joint width of 10-50 cm.
  • Focus on Wet Environments and Exterior Applications: All models in this table are specifically designed for “wet” environments and “exterior” spaces, indicating their resistance to water and moisture. This feature is crucial for applications on roofs and surrounding areas.
  • Different Load Capacity Based on Installation Location: It is observed that the roof models (OSR, OSRC) have a “low” load capacity, while the site model (OSB) has a “medium” capacity. This difference is logical and points to the type of loads each installation location might endure.
  • Flexibility in Joint Width: All models in this table support a wide joint width range (10 to 50 cm), which gives the user great flexibility in choosing the product suitable for the desired joint size.

Overall, this table provides important information for selecting appropriate joint seals for exterior applications, especially on roofs and surrounding areas. The differences in position (flush and corner) and installation method (at height/elevated and flush/level), along with load capacity, provide a complete guide for accurately selecting the product based on project needs.