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97358 PEEL IN FRP

Picture for 97358 PEEL IN FRP
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Fiberglass reinforced plastics (FRP) equipment is fabricated by applying layers to build up the required thickness.  Peel is a phenomenon peculiar to FRP equipment since the bonded layers could be peeled back at relatively low loads.  This paper will cover peel definitions, peel test methods, and peel strengths.

Product Number: 51300-97358-SG
ISBN: 97358 1997 CP
Author: Menill W. Arthur
Publication Date: 2011
Industry: Coatings and Linings
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Fiberglass reinforced plastics (FRP) equipment is fabricated by applying layers to build up the required thickness. Due to time and exothermic conatraints, thickness may need to be built up in thinner increments with the first increment being allowed to cure before the next increment is applied. The interface between these two increments of thickness is called a secondary bond. This secondary bond is relatively strong when a design load is applied parallel to the bond area (lap shear), but ia relatively weak when applied perpendicular to the edge of the bond area (peel). Peel is a phenomenon peculiar to FRP equipment since the bonded layers could be peeled back at relatively low loads. Peel loading commonly occurs in areas such as lift lugs, holddown lugs, support clips, and nozzle attachments. Peel has been at the root of many equipment failures but is still not well understood and very little research has been performed in this area. This paper will provide a basis for others to begin with. It will cover peel definitions, how to deal for peel test methods, and peel strengths. Keywords: bond, composite, design, fiberglass, FRP, peel, RTP, shear

Fiberglass reinforced plastics (FRP) equipment is fabricated by applying layers to build up the required thickness. Due to time and exothermic conatraints, thickness may need to be built up in thinner increments with the first increment being allowed to cure before the next increment is applied. The interface between these two increments of thickness is called a secondary bond. This secondary bond is relatively strong when a design load is applied parallel to the bond area (lap shear), but ia relatively weak when applied perpendicular to the edge of the bond area (peel). Peel is a phenomenon peculiar to FRP equipment since the bonded layers could be peeled back at relatively low loads. Peel loading commonly occurs in areas such as lift lugs, holddown lugs, support clips, and nozzle attachments. Peel has been at the root of many equipment failures but is still not well understood and very little research has been performed in this area. This paper will provide a basis for others to begin with. It will cover peel definitions, how to deal for peel test methods, and peel strengths. Keywords: bond, composite, design, fiberglass, FRP, peel, RTP, shear

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97356 STRESS CORROSION OF FIBERGLASS-REINFORCED (FRP) COMPOSITES

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Product Number: 51300-11369-SG
ISBN: 2011 11369 CP
Author: Kevin Schmit
Publication Date: 2011
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Fiberglass reinforced plastic (FRP) has properties that, if disregarded, can lead to failure during operation. The same properties, if taken advantage of, can provide the user with performance superior to traditional alloy materials. This paper discusses principles in designing process and facilities piping systems with FRP.

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