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presents a new panel product for our insulated panel line of product:, our Factory produced Spandrel Pan that incorporates mineral wool, and is developed to conserve energy in opaque glazing locations of outside building envelopes. Mineral wool insulation in the spandrel pan can hold up against temperatures above 2000 F, is moisture resistant, supplies acoustical noise damping, and receives LEED Green Structure Credits (curtain wall metal panel infill).




InsulSAF M5000 Spandrel Pans can also be fabricated with 3000 Series Aluminum Alloys. Pan insulation is secured by resistance welded pins. Customized SAF Spandrel Pans can be set up to show up on website prepared for setup. They connect to the cladding frame work utilizing basic mechanical fasteners. Include SAF on your quote list for plate architectural items.




Chromatics monolithic spandrel panels are completely flat, without any roller wave, pinholes or reveal through. Any RAL colours are offered, or we can precisely match your business colours, and print images with exceptional depth of colour and clearness. Our high-definition digital printing process produces durable, UV-resistant colours that remain brilliant and vibrant for the life of your curtain wall panels (door infill).


Drape wall and store glazing systems are typically a thin, non-structural external faade element of a structure that can cover several floors or be integrated into a punched opening. Glazing systems function largely as air and water vapor barriers, resisting air or water seepage and accommodate structure and system motion induced by wind, thermal, and seismic forces.

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As such, lightweight materials can be utilized in their development. Commercial glazing systems are typically built of aluminum-framed walls with glass, metal panels, louvers, operable windows or vents, or stone veneer infills. Structure envelope experts will typically advise designers on drape wall and shop requirements for developing motion, thermal expansion and contraction, water diversion, and thermal performance.


Opaque glazing, metal panels, MCM (metal composite materials) panels, or insulated laminated panels are generally utilized as spandrel infill. When insulation is utilized inboard of the spandrel infill, an air area is routinely presented to avoid thermal damage to the spandrel infill. Sadly, the air area can provide a chance for condensation to form on the interior face of the spandrel infill.


Condensation development on spandrel infill is more than likely to occur during extreme winter season conditions when insufficient heat is provided from the interior to prevent interior infill surface area temperatures from staying above the humidity. When interior surface temperature levels dip below the dew point, water particles begin to form on the interior surface area of the spandrel infill.


Ought to improperly created spandrel conditions be left unattended, condensation can lead to wetness or aesthetic damage to the spandrel panel and/or read this article interior surface areas. When condensation kinds at the spandrel infill of a glazing system, several kinds of damage can happen, and the effects of condensation can be far-reaching. In addition to moisture damage and microbial development, condensation advancement on spandrel infill can also have an unfavorable impact.

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This wetness can be taken in by the surrounding parts, triggering damage to the assembly and surrounding surface areas. As condensation develops in these unventilated areas, microbial growth may develop and spread to adjacent locations, triggering more damage. Condensation accumulation in these locations can harm glazing spandrel finishes. In addition, mixes of these types of damage can take place, triggering progressive damage that will need expert removal.


One method to delay the development of condensation on the glazing system spandrel infill is to make use of the building HVAC system. By increasing airflow near these locations, more heat will be moved to the assembly and boost interior surface area temperature levels. Another method to utilize the HVAC system is by reducing the interior relative humidity set points with respect to outdoors temperature level.


Another technique of deterring condensation is by sealing the horizontal-to-vertical mullion joints at the spandrel cavity to avoid unchecked air migration into the cavity. Normally, an uncontrolled interior is moisture loaded and when it enters into contact with the spandrel infill, which is listed below the humidity, it increases the amount of condensation formation.


In addition to anonymous integrating rehab methodology, ways to lessen condensation potential during style include: Typically drape wall systems have higher resistance to condensation than store systems. Utilizing drape wall is one way to minimize, or delay the beginning of condensation formation. At Pie, we provide 2-D thermal modeling (THERM) to assist our customers with the style of spandrel areas.

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By understanding surface area temperatures, Pie has the ability to identify under which conditions condensation will occur, along with determine shift Home Page points at which condensation will not establish, making it easier to forecast and remediate. In addition, numerous configurations can be designed to take full advantage of interior surface temperatures. Setting up back pans into the spandrel infill glazing pocket, which are vented to the exterior with insulation outboard of the pan, promotes increased interior surface area temperatures with the included advantage of minimizing heat transfer through the spandrel infill.


It is possible to optimize interior surface area temperatures by getting rid of making use of insulation at the spandrel infill place. Keep in mind if you design without insulation at spandrel infill places, there will be a higher energy loss through the assembly and therefore bigger HEATING AND COOLING heat loads. At Pie, we can help you each step of the way, whether you recently discovered condensation and are trying to find removal and management services, or whether you are creating a building and goal to minimize the potential for condensation at spandrel infill places.


Historically, when examining the performance of a drape wall panel, the total typical Uvalue of the faade is determined. If this satisfies the requirements of the Area J glazing calculator, it is deemed to abide by the National Building Code (NCC). However, this presumption is really inaccurate and not how the ABCB (Australian Structure Codes Board) viewed it would be analyzed.