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Architectual Accents $14995.00Let's start with an overview of this industry and its product. INTRODUCTION Exterior Insulation and Finish System (EIFS) is an exterior wall cladding that utilizes rigid insulation boards on the exterior of the wall sheathing with a plaster type exterior skin. EIFS in its current basic form was developed in West Germany in the 1960s and introduced in the United States in 1969. EIFS is the acronym for "exterior insulation and finish systems" - or a high-performance cladding system that features insulation on the exterior of the sheathing. EIF systems are used in both commercial and residential construction. The system consisted of expanded polystyrene (bead board) attached adhesively to the sheathing and covered with a lamina composed of a modified cement base coat with woven glass fiber reinforcement and a textured colored finish coat. Over the years, variations of this system have been developed. DESCRIPTION The most common type of EIFS is the polymer based (PB) system. This system has a nominally 1/16 inch thick reinforced base coat applied to the insulation prior to application of the finish coat. The insulation typically consists of closed expanded polystyrene (EPS) and can be either adhesively or mechanically attached to the sheathing. The second and less common type of EIFS is the polymer modified (PM) system. This system has a nominally 3/16 inch to 1/2 inch thick reinforced base coat applied to the insulation prior to application of the finish coat. The insulation typically consists of extruded expanded polystyrene (XPS) and is mechanically attached to the sheathing and or wall structure. EIFS is available in two basic types: a barrier wall system or a wall drainage system. Barrier EIFS wall systems rely primarily on the base coat portion of the exterior skin to resist water penetration. Therefore, all other components of the exterior wall must either be barrier type systems or be properly sealed and flashed to prevent water from migrating behind the EIFS and into the underlying walls or interiors. Wall drainage EIFS systems are similar to cavity walls; they are installed over a weather barrier behind the insulation that acts as a secondary drainage plane. The weather barrier must be properly flashed and coordinated with all other portions of the exterior wall to prevent water from migrating into the underlying walls or interiors. FUNDAMENTALS All EIFS are proprietary systems and the components of the system should not be modified beyond the limits stated in the manufacturer's literature. The design of the interface with other components of the wall system is the responsibility of the wall designer. Details should make clear the design of the final construction. If necessary, the sequence by which the wall assembly is to be constructed is addressed in the details. In general, construction conditions of the EIFS that should be detailed if they exist on the building include terminations, openings, joints, objects mounted onto the surface and special treatments to the surface. The popularity of EIFS comes from its insulating qualities to reduce thermal loads on the exterior building wall and the light weight, low cost, and the ability of the system to be sculpted into shapes and patterns to achieve different aesthetic effects. The thermal performance of the exterior insulation is based on the thickness of the insulation selected. The insulation should never be installed or modified to less than 3/4 inch in thickness. RELEVANT CODES AND STANDARDS There are virtually no limitations on the locations where EIFS can be used as an exterior wall cladding beyond those imposed by codes. These occurrences of water infiltration have also led to many code restrictions on the use of EIFS. These code restrictions are evolving and changing as further testing is developed and implemented. Most codes require a code evaluation report for the selected manufacturer's system and may impose additional restrictions on the use of barrier EIFS. Applicable local codes should be consulted prior to designing EIFS claddings. Codes also restrict the maximum thickness of the insulation, particularly with regard to fire protection. Most codes limit thickness to 4 inches maximum or require a study of the average fuel contribution of the insulation. EIF systems offer features that are extremely desirable to homeowners, and builders including: • improved energy efficiency - the potential to save anywhere from 20% to 40% on heating and cooling bills, • aesthetic value - a high end look that can increase a home's appraisal price • design features - a variety of trendy and traditional home exterior looks from premium finishes to details like columns and archways
You will create architectural accents for residential and commercial accounts. You will be responsible for design and coating the foam blanks. You will learn to design and cut these foam shapes, that can be used indoors and out. Using our technology your imagination is the only limitation. You will create columns, pilasters, moldings, trims and a lot more. Our process and software is easy to learn. You will be designing accents in no time at all. If you are creative and have a desire to succeed, this opportunity could be the one for you…. Call now and see how this can fit your lifestyle.
There are so many accents and details you can create with this process that it boogles the mind. Any shape imaginable can be created, take this opportunity to the stars and beyond. |
