Post Frame Options
Options We Offer
At L-7 Construction, we are committed to providing our clients with endless design and structural possibilities for their buildings. We understand the importance of personalization, which is why we offer a wide range of carefully curated options to cater to your specific preferences. Whether you have a particular architectural style in mind or want to enhance the energy efficiency of your building via insulation, our skilled team can bring your vision to life with impeccable precision. Below, you will find an extensive list of construction options that showcase the expertise and capabilities of our team. Simply use the drop-down menu below to explore the various options you can incorporate into your future building, ensuring a truly customized and exceptional outcome.
Exterior Options
Below, we present an extensive selection of exterior options offered by L-7 Construction that exemplify the level of customization available for the exterior of your next building project. Take a moment to explore the variety of choices that await you. Simply scroll down to discover the possibilities and begin envisioning the perfect components for your future structure.
Balcony
In pole buildings, balconies are elevated platforms or platforms with railings that are typically attached to the side or end walls of the structure. They provide an extended space from the main building's floor level, allowing occupants to step out and enjoy the view from an elevated position.
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Scenic Views: They offer a vantage point to enjoy the surrounding landscape and take in beautiful views.
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Outdoor Space: Balconies provide an outdoor area where people can relax, socialize, or engage in various activities.
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Aesthetics: Balconies can enhance the overall architectural appeal of the building, adding charm and character.
Base Metal
Galvanized steel is a common choice for the base metal in pole buildings due to its strength, durability, and resistance to corrosion. Galvanizing is a process where steel is coated with a layer of zinc to protect it from rust and other environmental factors. This makes the steel more robust and ensures a longer lifespan for the building.
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Longevity: Galvanized steel is highly resistant to rust and corrosion, prolonging the life of the building.
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Strength: Steel is a strong material, providing a sturdy framework for the building.
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Cost-Effective: Galvanized steel offers a cost-effective solution for construction, considering its durability and minimal maintenance requirements.
Cinder Block Wall
Cinder blocks are large, rectangular blocks made from a mixture of cement, water, and aggregates, such as sand or coal cinders. They are known for their strength, durability, and fire-resistant properties, making them a popular choice for various construction applications, including pole buildings.
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Insulation: Cinder block walls can offer some level of thermal insulation, helping to regulate the interior temperature of the building.
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Structural Integrity: The use of cinder blocks adds strength and structural integrity to the building, especially in areas where additional reinforcement is necessary.
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Protection: Cinder blocks are fire-resistant, providing an extra layer of protection to the building and its occupants.
Closed Soffits
Closed soffits refer to the architectural feature of enclosing or covering the undersides of the eaves of a building's roof. The soffit is the horizontal surface that extends from the exterior wall of a structure to the edge of the roof overhang. It is located underneath the eaves and is visible when looking up from the ground.
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Protection: By sealing off the underside of the roof overhang, closed soffits help protect the roof structure from weather elements and debris.
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Low Maintenance: Closed soffits typically require less maintenance compared to open soffits with vents.
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Energy Efficiency: The solid construction of closed soffits can contribute to improved energy efficiency by reducing air leakage and heat transfer.
Column Protectors
Column protectors are safety devices designed to safeguard columns or vertical structural supports in buildings, warehouses, industrial facilities, parking garages, and other areas where there is a risk of collisions with vehicles or machinery.
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Impact Absorption: They are engineered to absorb and distribute the force of impacts, reducing the damage caused by collisions.
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Preventing Structural Damage: By absorbing the impact energy, column protectors help minimize or prevent damage to the columns and the surrounding building structure.
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Versatility: Column protectors come in various shapes and sizes to accommodate different column types, such as square or round columns.
Cupolas
Originally, cupolas were used for practical purposes like ventilation, but as modern construction techniques and technologies advanced, their functional role diminished, and they became more ornamental.
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Aesthetic Appeal: Cupolas add a touch of elegance and visual interest to buildings. They serve as eye-catching architectural elements and can become focal points.
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Design Enhancement: Cupolas can be customized to match the architectural style of a building, enhancing its overall design and character.
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Natural Light: Cupolas with windows or translucent materials can allow natural light into the building, brightening the interior spaces.
Exterior Stairs
Exterior stairs in construction are used to provide access between different levels of a building or to connect the building with the surrounding ground or outdoor spaces. They are designed to be placed outside the building envelope and are exposed to weather conditions, making them durable and weather-resistant.
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Connection to Outdoor Spaces: Exterior stairs can link the building to outdoor spaces, such as patios, decks, terraces, or gardens, providing seamless access for outdoor activities.
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Aesthetic Appeal: Besides their functional purpose, exterior stairs can contribute to the overall architectural design of a building, enhancing its visual appeal and curb appeal.
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Access and Circulation: Exterior stairs provide a safe and convenient means for people to move between levels of a building, such as from ground level to the main entrance or from one floor to another.
Metal Trim Covering Door Jamb
The purpose of metal trim is to protect and reinforce the edges of the door jamb while providing a clean and finished appearance. Metal door jambs are typically made from aluminum or steel and are designed to be durable, weather-resistant, and low-maintenance.
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Protection: Metal trim adds an extra layer of protection to the vulnerable edges of the door jamb. It shields the wood or other materials of the jamb from potential damage caused by impact, scratches, or moisture.
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Improved Durability: By covering the exposed edges of the door jamb with metal, the overall durability and longevity of the door frame can be enhanced.
Open End Bay
Open-end bays refer to specific areas of a building that have open, unobstructed ends. These bays lack walls or barriers on one or both ends, creating an open space within the building structure.
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Vehicle Storage: Open-end bays are often utilized in buildings like carports or vehicle storage structures. The open ends allow easy entry and exit for vehicles without the need for doors or gates.
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Equipment Shelter: In industrial settings, open-end bays can serve as equipment shelters or storage areas for machinery, construction equipment, or agricultural tools.
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Agricultural Use: Open-end bays are commonly found in agricultural buildings, such as barns or sheds, where they provide a sheltered area for livestock or farm equipment while allowing animals to access the outdoors freely.
Overhangs
Overhang
Overhangs on building roofs refer to the portion of the roof that extends beyond the exterior walls of the building. They are horizontal projections that provide coverage and protection to the building's walls, windows, and doors from the elements.
No Overhang
A "no overhang roof," also known as a "flush eave" or "eave-less roof," is a type of roof design where the roof edge is in line with the exterior walls of the building, resulting in no overhang or eave extension beyond the walls.
Skylights
Skylights are architectural features that are installed in the roof of a building to allow natural light to enter interior spaces. They are essentially windows in the roof, made of transparent or translucent materials, such as glass or acrylic, which provide a direct view of the sky.
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Natural Lighting: The main function of skylights is to bring natural sunlight into interior spaces that might otherwise have limited access to natural light.
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Aesthetics: Skylights can enhance the overall aesthetics of a building's interior. The addition of natural light can make spaces feel more open, bright, and visually appealing, adding to the overall architectural design.
Venting
Eave Venting
​Eave venting, also known as soffit venting, is a method of providing ventilation to the attic space of a building through vents located in the eaves or soffits. The eaves are the horizontal, overhanging edges of a roof, and the soffits are the undersides of the eaves.
Roof Venting
Roof venting, also known as attic ventilation, refers to the practice of providing a means for air to flow in and out of the attic space of a building. It involves the installation of vents and openings in the roof or at the roof's ridge to allow for proper air circulation.
Wainscoating
Metal wainscoting is commonly used in commercial buildings, modern residential structures, and industrial facilities. It can be part of the overall facade design or used to highlight specific architectural features. When properly installed and maintained, exterior metal wainscoting can add both functionality and visual appeal to the building's exterior.
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Protection: Metal wainscoting serves as a protective layer for the lower part of the building's exterior, shielding it from weather elements, moisture, and impact.
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Weather Resistance: Metal wainscoting can withstand harsh weather conditions, including rain, snow, UV exposure, and temperature fluctuations.
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Durability: Metal siding is known for its strength and durability, making it a long-lasting and low-maintenance option for exterior applications.
Interior Options
A world of limitless interior options is offered by L-7 Construction, where your building project's customization knows no bounds. Delve into our extensive selection below, showcasing the remarkable array of choices available to bring your vision to life. As you scroll down, immerse yourself in the endless possibilities and let your imagination soar, as you begin crafting the perfect components for your future structure.
Dormers
Dormers are architectural features that protrude from the slope of a pitched roof, creating additional space and windows in the upper level of a building's attic or roof. They are often characterized by their vertical walls and pitched roof, which typically match the main roof's style.
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Increased Interior Space: Dormers create usable space within the attic or upper floor of a building. By extending the roofline, dormers increase headroom and floor area, making the space more functional.
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Aesthetic Appeal: Dormers add architectural interest and variety to the roofline, contributing to the building's visual appeal. They can enhance the overall design and style of the structure, adding character and charm.
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Room Functionality: Dormers are commonly used to create bedrooms, bathrooms, home offices, or other functional spaces within the upper levels.
Floorings
Concrete Flooring
Concrete flooring is a versatile and durable type of flooring used in a wide range of residential, commercial, and industrial applications. It is made from a mixture of cement, water, aggregates (such as sand and gravel), and sometimes additional additives for enhanced properties. Once poured and cured, concrete becomes a solid and long-lasting flooring material.
Wood Flooring
Wood flooring is used as a popular and versatile flooring option in residential, commercial, and even industrial settings. It is made from real hardwood, providing a durable, natural, and visually appealing surface for various applications. Wood flooring is available in different types, species, finishes, and installation methods, catering to a wide range of preferences and styles.
Insulations
Insulations are used in buildings for various purposes, primarily to improve energy efficiency, thermal comfort, and soundproofing. It involves installing materials that resist the flow of heat, preventing its transfer between the interior and exterior of the building.
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Thermal efficiency: Insulation helps in reducing heat transfer, keeping the building warmer in cold weather and cooler in hot weather. This leads to a more comfortable indoor environment and reduces the need for excessive heating or cooling, thereby lowering energy consumption and utility costs.
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Energy conservation: By reducing the demand for heating and cooling, insulation contributes to overall energy conservation and helps in making buildings more environmentally friendly.
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Condensation control: Proper insulation prevents the formation of condensation on walls and ceilings by keeping the surfaces closer to room temperature, which helps in preventing mold and moisture-related issues.
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Fire resistance: Certain types of insulation materials, such as mineral wool or fire-resistant foam, can enhance the fire resistance of buildings, providing valuable time for occupants to evacuate in case of a fire.
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The R-value is a measure of the thermal resistance of insulation material. It indicates how effective the insulation is at resisting the flow of heat through it. The higher the R-value, the better the insulation's ability to prevent heat transfer.
When selecting insulation for a building, it is important to consider the recommended R-value for the specific climate zone and the area being insulated. Building codes and energy efficiency guidelines often specify minimum R-values for different parts of a building, such as walls, roofs, and floors.
Interior Stairs
Indoor staircases are a set of steps or a stairway located within the interior of a building designed to allow people to move between different levels or floors of a structure, typically from one room to another. Interior stairs are an essential component of multi-story buildings, including houses, apartments, office buildings, shops and garages, and various other types of structures.
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Space efficiency: Stairs allow for efficient use of space within a building. Instead of requiring large ramps or other methods of vertical movement, stairs can be built within the footprint of the building, making them a space-saving solution.
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Architectural design and aesthetics: Interior stairs can be designed in various styles, shapes, and materials, adding aesthetic appeal and architectural interest to a building's interior. They often become a focal point of the space and contribute to the overall design and ambiance.
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Connectivity and flow: Stairs promote connectivity between different levels and areas within a building. They help create a sense of continuity and flow, allowing occupants to move seamlessly throughout the space.
Structural Options
We deliver exceptional solutions to ensure that your desires are met beyond expectations. At L-7 Construction, we're dedicated to turning your dreams into reality. We offer unparalleled customization for your building projects to make sure we cater to the desires of all our clients. With our skilled team, we bring safety and strength to every one of the structural options implemented in our buildings.
Second Floor Covered Deck
An upper-level covered deck or balcony, is an outdoor living space located on the second level of a building, typically above the ground floor. It is a partially enclosed area that extends from the second floor of a house or building and is built with a roof or canopy to provide protection from the elements.
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Outdoor Living Area: A covered deck provides an additional outdoor space where residents can relax, socialize, and enjoy the fresh air without being fully exposed to the sun, rain, or snow.
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Expanded Views: Being on the second floor, a covered deck often offers elevated views of the surrounding landscape, neighborhood, or scenic areas.
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Protection from Weather: The roof or canopy over the deck provides protection from rain, sun, and other weather conditions, making it usable in various seasons and climates.
Second Floor Under Trusses
Second floors with trusses serve a critical structural purpose in buildings, providing support for the upper level of the structure. Trusses are prefabricated, triangular frameworks made of wood or steel that are engineered to efficiently distribute loads and resist forces such as gravity, wind, and seismic loads.
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Support for Upper Floors: Trusses provide the primary structural support for the second floor of a building, carrying the weight of the floor system, walls, partitions, and any additional loads placed on the upper level.
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Open Floor Plans: Trusses allow for open floor plans on the second level since they can span long distances without the need for interior load-bearing walls. This flexibility enables architects and builders to create spacious and open living or working areas.
Second Floor With Poles
A second floor with poles refers to a structural system where vertical poles or columns support the load of the upper level or second floor of a building. This type of construction is common in certain architectural styles, such as traditional timber frame or post-and-beam construction.
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Vertical Support: The poles or columns act as vertical load-bearing members that support the weight of the second floor, including the floor system, walls, and any additional loads like furniture and occupants.
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Open Floor Plans: Similar to trusses, second floors with poles allow for open floor plans on the upper level. Since the vertical support is provided by the poles, there is no need for interior load-bearing walls, creating spacious and open living or working areas.
King Post
A king post is to provide vertical support and stability in certain types of roof and structural systems. A king post extends from the bottom chord of a triangular truss or other roof structure to the peak of the roof. It is often positioned in the center of the triangular structure and plays a crucial role in maintaining the integrity of the roof.
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Support for Roof Load: In a king post truss, the king post provides support for the weight of the roof load, including the roof covering, insulation, and any additional loads like snow or equipment.​
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Preventing Horizontal Spreading: The presence of a king post prevents the bottom chord of the truss from spreading out horizontally, which could occur under load without the vertical support. This keeps the truss in its proper shape and ensures its effectiveness in bearing the roof load.
Metal Trusses and Legs
Metal trusses and legs serve several important purposes in buildings, particularly in structures with large spans or open floor plans. They offer distinct advantages over traditional wooden beams and columns, making them a popular choice in modern construction.
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Support and Load Distribution: Metal trusses and legs provide strong and efficient support for the roof and upper floors, distributing the weight of the building's structure evenly to the foundation. They are especially valuable in buildings with wide spans or large open areas, where traditional beams or columns might be insufficient.
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Large Clear Spans: Metal trusses can span long distances without the need for intermediate supports, creating wide, open interior spaces without the obstruction of load-bearing walls or columns. This feature is particularly advantageous in commercial spaces, industrial facilities, exhibition halls, and other large venues.
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Quick and Precise Installation: Metal trusses and legs are usually prefabricated off-site, leading to faster and more accurate installation on-site. This can significantly reduce construction time and labor costs.
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Flexibility in Roofing Materials: The design of metal trusses allows for different types of roofing materials, such as metal sheets, shingles, or tiles, to be easily installed, providing options for various architectural styles and climate considerations.
Roof and Framed Second Floor
A roof and framed second floor refer to the two main components of a building's upper level, where the roof provides the overhead cover, and the framed second floor constitutes the floor system of the upper level. Together, they create the uppermost part of a multi-story building.
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Roof: The roof is the uppermost covering of a building that protects the interior from the elements, such as rain, snow, sunlight, and wind. It serves as a protective layer over the upper floors and provides shelter to the occupants and the interior spaces of the building.
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Framed Second Floor: The framed second floor refers to the structural floor system of the building's upper level. This floor system typically comprises wooden or steel joists, beams, and columns that support the load of the upper level and its occupants.
Roof Only
A roof-only building, also known as a canopy or shelter, is a simple structure that consists solely of a roof without walls or enclosed sides. It provides overhead protection from the elements but does not fully enclose the space beneath it.
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Parking Shelters: Roof-only structures are frequently used as parking shelters or carports, providing cover for vehicles without the need for enclosing walls. Carports protect cars from rain, snow, and sun exposure.
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Outdoor Storage: Roof-only buildings are utilized as outdoor storage sheds or shelters for equipment, materials, or goods. They protect items from rain and sun exposure while providing easy access and ventilation.
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Pavilions and Gazebos: Roof-only pavilions and gazebos are used for outdoor gatherings, ceremonies, or events, providing shade and a focal point for social activities.
Roof Over Exterior Walls
A roof over exterior walls refers to a structural design where the roof extends beyond the outer edges of the building's exterior walls. This design creates an overhang or eave, which is a projecting edge of the roof that provides additional protection to the walls, windows, and doors of the building.
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Weather Protection: The roof overhang helps shield the exterior walls from direct exposure to rain, snow, and harsh weather conditions. By preventing water from running down the walls, it reduces the likelihood of moisture infiltration and damage to the building's structure and finishes.
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Protection for Doors and Windows: Windows and doors located near the edges of the building benefit from the roof overhang as it provides an extra layer of protection against water infiltration and extends the lifespan of these components.
Scissor Truss for Tall Mid Door
A scissor truss is a type of roof truss used in building construction to create sloping or vaulted ceilings. The scissor truss features two angled bottom chords that cross each other, forming an "X" shape when viewed from the end. This configuration allows the truss to create a vaulted ceiling or provide more headroom in the building's interior.
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Vaulted Ceilings: Scissor trusses are commonly used to create vaulted or cathedral ceilings in residential and commercial buildings. By raising the bottom chords towards the center of the truss, the ceiling can have a higher, more open appearance.
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Increased Ceiling Height: Compared to traditional flat ceilings, scissor trusses allow for more headroom in the central part of the building, making the space feel more open and spacious.
Trusses
Trusses play a crucial role in providing structural support for the roof. Trusses are used specifically for roof support in pole buildings due to their efficiency, strength, and cost-effectiveness. Trusses must be carefully selected and engineered to meet the specific needs of the pole building's dimensions, use, and local building codes.
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Roof Support: Trusses form the framework for the roof of pole buildings. They are pre-engineered and prefabricated triangular structures made of wood or steel. These trusses are then attached to the tops of the vertical poles, forming the main roof support system.
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Large Clear Spans: Trusses are designed to span long distances without the need for interior columns or load-bearing walls. This allows for large, open spaces inside the building, making them suitable for various applications, such as agricultural storage, equipment sheds, and commercial or industrial facilities.
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Cost-Effectiveness: The use of trusses in pole buildings provides a cost-effective solution for roof support. Trusses are manufactured off-site and can be quickly installed, reducing labor and construction time.
Wall House Wrap
Wall house wrap is a material used in construction as an additional layer of protection against air infiltration, moisture, and drafts in exterior walls. It is typically installed on the sheathing of the building's exterior walls before the final cladding or siding is applied.
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Moisture Management: House wrap acts as a barrier to prevent water and moisture from penetrating into the wall assembly. It helps redirect water away from the building's framing, reducing the risk of water damage, mold, and rot.
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Air Infiltration: House wrap helps reduce air infiltration through the exterior walls, improving the building's energy efficiency and thermal performance. Minimizing drafts helps maintain a comfortable indoor environment and reduces heating and cooling costs.
House wraps are typically made from synthetic materials such as spun-bonded polyethylene or woven polypropylene. They come in rolls and are installed over the exterior sheathing, covering the entire surface of the walls. The seams and edges are carefully sealed to create a continuous, weather-resistant barrier.
Wall Types
Standard Girts
Standard girts play an essential role in providing lateral support and structural integrity to the building's walls. The standard girt arrangement involves horizontal members that run parallel to the ground and are spaced at regular intervals along the height of the wall. These girts serve as attachment points for the building's exterior cladding or siding, as well as for any interior finishes.
6" Walls
"6-inch walls" refer to exterior or interior walls that are six inches thick. The thickness of a wall is an essential consideration in building design, as it affects the building's structural integrity and insulation. A 6-inch wall is one of the common wall thicknesses used in residential and commercial construction, and it can be built using various construction methods and materials.
Stud-Framed Walls
Stud-framed walls are a common type of wall construction used in residential and commercial buildings. They are constructed using vertical members called studs, which are spaced at regular intervals and form the primary load-bearing framework of the wall. Studs are typically made of wood or metal and are placed vertically between the floor and ceiling or between horizontal beams.
