Johns Manville - Johns Manville Faced Batts Product Demo

Johns Manville Faced Batts Intro

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Johns Manville Faced Batts Features

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    • Made Without Formaldehyde:

      The EPA recommends limiting your exposure to formaldehyde. Choose Certified JM Formaldehyde-free™ insulation to promote a healthier home environment

    • Design:

      Lightweight fiber glass home insulation keeps your house quiet, comfortable and energy efficient

    • Kraft Facing:

      Kraft facing serves as an integral vapor retarder

    • Size:

      Sized to fit standard wall cavities

    • Vapor Control Compliant:

      Suitable where vapor control is required

    • Energy Star® Rated:

      Energy Star® rated – when installed properly with air sealing, insulation can lower your energy bills by up to 20%

    • Environmentally Smart:

      Certified as containing a minimum of 25% recycled content


Johns Manville Faced Batts Gallery

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Johns Manville Faced Batts Installation

  • Specification 1

  • Specification 2

    • Batts are pre-cut panels of insulation and are available in a variety of lengths, widths and R-values. Batt insulation is made to fit within most regular wall framing, which are usually spaced 12", 16", or 24" on center, and for either 8-ft. or 9-ft. high walls. For ceiling and attic spaces, use batts of R-30 or R-38. In exterior walls R-13 to R-21 is commonly used, while in interior walls where insulation is used for sound control, R-11-13 is used most frequently.

      Faced batts are used in exterior walls as well as attics, finished basements, ceilings, floors, knee walls and cathedral ceilings. The facing material usually serves as a vapor retarder and makes handling and attachment easier to install. Factory-applied vapor retarder facings are generally made of kraft paper.

      Faced batts are attached to framing members by stapling through the flanges.

  • Specification 3

    • 1.  Open the packages by cutting lengthwise through the side panel. Be careful to avoid cutting the product or facing. The insulation will quickly expand to its full volume when the bag is opened.

      2.  Gently push batts into the cavity so that it sits all the way in, especially at the corner and edges. Then, fluff it to its full expansion by pulling it forward to fill the depth of the cavity. The fit should be snug.

      3.  With faced batts make sure the vapor retarder is facing the conditioned interior space, unless building codes specify otherwise.

      4.  Allow friction to hold the batts in place. Or you can staple the flanges of faced batts to the inside or face of the joists. (Stapling on the inside is preferred by many drywallers because it leaves the edges of the framing members easier to locate. However, your local building codes may require you to overlap the flanges and staple them to the edges of the framing members.)

  • Specification 4

    • 5. Take care not to stretch the facing too tight as you staple, which can over compress the batt, and avoid gaps and puckers.

      6. Secure floor insulation with wire fasteners, sometimes called "lightning rods." Press the fasteners so they bow up gently against the subflooring without compressing it. Space the fasteners at least six inches from each end of the batt and 12" - 24" apart.

      7. Cut insulation about an inch wider than the space using a sharp utility knife against a safe backstop, such as an unfinished floor or other smooth, flat surface. Always cut on the unfaced side of the batt.

      8. For shorter spaces, cut the insulation to fit properly. Don't double it over or compress it. Compression changes the R-value of the insulation.

      9. If it takes more than one batt to fill the height of a wall cavity, make sure the two pieces are butted snugly together.


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