| InspectAPedia® |
InspectAPedia
| |
Free Encyclopedia of Building & Environmental Inspection, Testing, Diagnosis, Repair | Ask a Question or Search InspectAPedia |
|
InspectAPedia ® Home ACOUSTICAL SEALANT CHOICES AGE of a BUILDING - how to determine AGE of PLUMBING MATERIALS & FIXTURES AGE of AIR CONDITIONERS & HEAT PUMPS AGE of HEATERS, BOILERS, FURNACES AGE of WATER HEATERS AIR BYPASS LEAKS AIR LEAK DETECTION TOOLS AIR LEAK MINIMIZATION AIR LEAK SEALING PROCEDURE AIR POLLUTANTS, COMMON INDOOR AIR TEST FOR MOLD: ACCURACY AIR TEST SAMPLING CASSETTE STUDY ALLERGEN TESTS for buildings ALLERGENS in BUILDINGS, RECOGNIZING ALLERGY & MOLD IAQ PRODUCTS ALLERGY TESTS for PEOPLE ALLERGY TEST ACCURACY ANIMAL ALLERGENS / PET DANDER ANIMAL ENTRY POINTS in buildings ANIMAL ODORS IN buildings APPLIANCE EFFICIENCY RATINGS ARCHITECTURE & BUILDING COMPONENT ID ASBESTOS CEILING TILES, Asbestos-Containing ASBESTOS CEMENT ROOFING ASBESTOS CEMENT SIDING ASBESTOS DUCTS, HVAC ASBESTOS FLOORING HAZARD REDUCTION ASBESTOS-FREE INSULATION MATERIALS ASBESTOS IDENTIFICATION IN buildings ASBESTOS LIST of PRODUCTS ASBESTOS PHOTO GUIDE to Materials ASBESTOS REMOVAL, Wetting Guidelines ATTIC LEAKS, CONDENSATION & MOLD ATTIC VENTILATION BASEMENT CEILING VAPOR BARRIER BASEMENT HEAT LOSS BASEMENT LEAKS, INSPECT FOR BASEMENT WATERPROOFING BATH & KITCHEN DESIGN GUIDE BATHROOM VENTILATION BEST CONSTRUCTION PRACTICES GUIDE Best Interior Finish Practices BLOWER DOORS & AIR INFILTRATION BLOWER FAN CONTINUOUS OPERATION BLOWER FAN OPERATION & TESTING BLOWN-IN INSULATION BOOKSTORE - INTERIORS BRICK LINED WALLS BRICK VENEER WALL AIR LEAKS BRICK VENEER WALL Loose, Bulged BRICK WALL DRAINAGE WEEP HOLES BUCKLED FOUNDATIONS due to INSULATION? BUILDING NOISE DIAGNOSIS & CURE BUILDING SAFETY HAZARDS GUIDE BUILDING SETTLEMENT CABINETS & COUNTERTOPS CACTUS FUNGI / MOLD CAR MOLD CONTAMINATION CARPENTER ANTS CARPENTER BEES CARPET DUST IDENTIFICATION CARPET MOLD CONTAMINATION CARPET PADDING ASBESTOS, MOLD, ODORS CARPET STAIN DIAGNOSIS CARPET & other STAIN TESTS CARPET TEST PROCEDURE CARPETING & INDOOR AIR QUALITY CARPETING, SELECTION & INSTALLATION CASEWORK, CABINETS, SHELVING INSTALLATION CATHEDRAL CEILING INSULATION CATHEDRAL CEILING VENTILATION CEILING FINISHES INTERIOR CEILINGS, DROP or SUSPENDED PANEL CEILINGS, PLASTER TYPES CEILINGS, PLASTER, LOOSE HAZARDS CEILING TILES - Asbestos-Containing CHIMNEY INSPECTION DIAGNOSIS & REPAIR CHINESE DRYWALL HAZARDS CLOGGED DRAIN DIAGNOSIS & REPAIR COMBUSTION AIR for TIGHT buildings CONDENSATION or SWEATING PIPES, TANKS CONDENSATION on WINDOWS & SKYLIGHTS CORROSION in ELECTRICAL PANELS CORROSION & MOISTURE SOURCES in PANELS COOLING LOAD REDUCTION by ROOF VENTS CRAWL SPACES DECK & PORCH CONSTRUCTION DEW POINT CALCULATION for WALLS DEW POINT TABLE - CONDENSATION POINT GUIDE DIRECTORY of MOLD / ENVIRONMENTAL EXPERTS DIRT FLOOR MOLD CONTAMINATION Disinfectants Disinfecting Buildings with Bleach DOORS, INTERIOR DRYER VENTING DRYWALL HAZARDS, CHINESE DRYWALL INSTALLATION Best Practices DRYWALL MOLD DRYWALL MOLD RESISTANT EARTHQUAKE DAMAGED FOUNDATIONS EFFLORESCENCE, Salts & White / Brown Deposits ELDERLY & VETERANS HOME SAFETY FIBERGLASS INSULATION FIBERGLASS HAZARDS FIBERGLASS INSULATION MOLD FLAT ROOF MOISTURE & CONDENSATION FLOOD DAMAGE ASSESSMENT, SAFETY & CLEANUP FLOOD DAMAGED FOUNDATIONS FLOOD VENTS & FLOOD PORTS FLOODS IN buildings-mold FLOOR, CERAMIC TILE FLOOR, CONCRETE SLAB CHOICES FLOOR, CONCRETE SLAB POURED FINISH FLOOR DAMAGE DIAGNOSIS FLOOR, ENGINEERED WOOD & LAMINATES FLOOR FRAMING & SUBFLOOR for TILE FLOOR, KITCHEN & BATH OPTIONS FLOOR, LAMINATE PLASTIC FLOOR RADIANT HEAT Mistakes to Avoid FLOOR, RESILIENT VINYL or CORK FLOOR, STONE, GRANITE, MARBLE, AGGLOMER FLOOR & SUBFLOOR MOLD, HIDDEN FLOOR TYPES & DEFECTS FLOOR TILE ASBESTOS IDENTIFICATION FLOOR TILE HISTORY & INGREDIENTS FLOOR TILE INSTALLATION DETAILS FLOOR WOOD AGE TYPES HISTORY FLOOR WOOD, DAMAGE DIAGNOSIS FLOOR, WOOD ENGINEERED, LAMINATE, INSTALL FLOOR, WOOD FINISHES FLOOR, WOOD INSTALLATION GUIDE FLOOR, WOOD MOISTURE FLOOR, WOOD RADIANT HEAT FLOOR, WOOD SOLID STRIP, PLANK FLOOR, WOOD TYPES FLOORING MATERIALS, Age, Types FORMALDEHYDE HAZARDS FOOTING & FOUNDATION DRAINS FOUNDATION BULGE or LEAN MEASUREMENTS FOUNDATION CRACKS & DAMAGE GUIDE FOUNDATION WATERPROOFING FRENCH DRAINS FRAMING DAMAGE, INSPECTION, REPAIR FRAMING DETAILS for BETTER INSULATION FRAMING DETAILS for DOUBLE WALL HOUSES FRAMING METAL STUD PERFORMANCE FREEZE-PROOF A BUILDING FROST HEAVES, FOUNDATION, SLAB FOXING STAINS on books & papers FUNGICIDAL SPRAY & SEALANT USE GUIDE GAS EXPOSURE EFFECTS, TOXIC GAS DETECTION INSTRUMENTS GAS EXPOSURE LIMITS & STANDARDS GLARE, Sunlight/Lighting Control HEAT LOSS in BUILDINGS HEAT LOSS DETECTION TOOLS HEAT LOSS INDICATORS HEAT LOSS PREVENTION PRIORITIES HEAT LOSS R U & K VALUE CALCULATION HEAT TAPES & CABLES on Roofs for Ice Dams HEATING COST SAVINGS METHODS HOT ROOF DESIGNS: Un-Vented Roof Solutions HOT WATER HEATERS HOUSEWRAP AIR & VAPOR BARRIERS HOUSE DOCTOR, how-to be HOUSE PARTS, DEFINITIONS HUMIDITY LEVEL TARGET ICE DAM PREVENTION INDOOR AIR QUALITY & HOUSE TIGHTNESS INDOOR AIR QUALITY IMPROVEMENT GUIDE INDOOR HOUSE DUST & DEBRIS INSECT INFESTATION / DAMAGE INSULATION CHOICES Insulation Air & Heat Leaks INSULATION FACT SHEET- DOE INSULATION for GREENHOUSE or SOLARIUM INSULATION IDENTIFICATION GUIDE INSULATION INSPECTION & IMPROVEMENT INSULATION LOCATION - WHERE TO PUT IT INSULATION LOCATION for BRICK VENEER WALLS INSULATION LOCATION for CAPES, CRAWLSPACES INSULATION LOCATION for CATHEDRAL CEILINGS INSULATION LOCATION for GREENHOUSE or SOLARIUM INSULATION MOLD INSULATION R-Values & Properties KIT HOMES, Aladdin, Sears, Wards, Others KITCHEN & BATH DESIGN GUIDE KITCHEN VENTILATION LIGHTING, EXTERIOR GUIDE LIGHTING, INTERIOR GUIDE LOG HOME GUIDE METAL LATH, PLASTER & STUCCO MOBILE HOME INSPECTIONS MOISTURE CONTROL in BUILDINGS MOLD: A COMPLETE GUIDE TO MOLD MOLD ACTION GUIDE - WHAT TO DO ABOUT MOLD MOLD APPEARANCE - WHAT MOLD LOOKS LIKE MOLD CLEANERS - WHAT TO USE MOLD CLEANUP GUIDE- HOW TO GET RID OF MOLD MOLD CLEARANCE INSPECTIONS MOLD COUNT NUMBER GUIDE MOLD CONSULTANTS / INSPECTORS MOLD CULTURE TEST KIT VALIDITY MOLD DETECTION & INSPECTION GUIDE MOLD or INDOOR AIR EMERGENCY RESPONSE MOLD EXPERT, WHEN TO HIRE MOLD FAQ's MOLD LEVEL IN AIR, VALIDITY MOLD ODORS, MUSTY SMELLS MOLD PREVENTION GUIDE MOLD RELATED ILLNESS GUIDE MOLD SAFETY WARNINGS MOLD SPRAYS, SEALANTS, PAINTS MOLD STANDARDS MOLD TEST KITS MOLD TESTING METHOD VALIDITY MVOCs & MOLDY MUSTY ODORS Nanomaterials Hazards NOISE / SOUND DIAGNOSIS & CURE NOISE, AIR CONDITIONER COMPRESSOR NOISE, DUCT VIBRATION DAMPENERS NOISE CONTROL for FLOORS NOISE CONTROL for HEATING SYSTEMS NOISE CONTROL for PLUMBING NOISE CONTROL for ROOFS NOISE CONTROL for WALLS NOISE, PLUMBING CHECKLIST NOISE, PLUMBING DRAIN DIAGNOSIS NOISE, PLUMBING DRAIN REPAIR NOISE, WATER HEATER NOISES, WATER PUMP ODORS & SMELLS DIAGNOSIS & CURE PAINT & STAIN LIFE CHART PAINT & STAIN SELECTION & PROCEDURES PAINT ANALYSIS, DIAGNOSTIC USES PAINT ANALYSIS, TYPICAL COSTS PAINT FAILURE ANALYSIS LAB PHOTOS PAINT FALURE, DIAGNOSIS, CURE, PREVENTION PAINT FAILURE DICTIONARY PAINT LAB SAMPLE PREPARATION PAINT SURFACE PREPARATION PAINTING MISTAKES PASCAL CALCULATIONS PLASTER & BEAVERBOARD & DRYWALL PLASTER BULGES & PILLOWS PLASTER LATH, METAL PLASTER, LOOSE FALL HAZARDS PLASTER TYPE IDENTIFICATION PLASTER VENEER Best Practices RADIANT BARRIERS RADIANT HEAT RADIANT HEAT Floor Mistakes to Avoid RADIANT HEAT TEMPERATURES RADIANT SLAB FLOORING CHOICES RADIANT SLAB TUBING & FLUID CHOICES ROOF NOISE TRANSMISSION ROOF VENTILATION SPECIFICATIONS ROT RESISTANT LUMBER ROT, TIMBER FRAME ROT, TIMBER ASSESSMENT SAFETY HAZARDS & INSPECTIONS Safety for Building Inspectors SAFETY: Elderly & Veterans Home Safety SAFETY for ELECTRICAL INSPECTORS SEARS KIT HOUSES SEPTIC SYSTEM ODORS SEWAGE BACKUP TEST & CLEANUP SEWAGE & SEPTIC CONTAMINANTS SEWAGE CONTAMINATION in buildings SEWAGE PATHOGENS in SEPTIC SLUDGE SEWER GAS ODORS SINKHOLES, WARNING SIGNS SINKING BUILDINGS SLAB CRACK EVALUATION SMELL PATCH TEST to Track Down Odors SOUND CONTROL in buildings Splits in Structural Wood Beams STAIN & BIODETERIORATION AGENT CATALOG STAINS on & in BUILDINGS, CAUSES & CURES STAIN DIAGNOSIS on BUILDING EXTERIORS STAIN DIAGNOSIS on BUILDING INTERIORS STAINS on/near CHIMNEYS STAINS & FINISHES, INTERIOR STAINS on INDOOR SURFACES: PHOTO GUIDE STAINS & Thermal Tracking STAINS CANDLES FIREPLACE WOODSTOVE STAINS HUMAN OCCUPANT STAINS at HVAC Registers STAINS PETS, FLOORS STAINS OTHER INDOOR STAINS PETS, WALLS STAINS on ROOFS STAINS on STONE STAIRS, RAILINGS, LANDINGS, RAMPS STAIR FALL & TRIP HAZARDS STONE CLEANING METHODS STONE VENEER WALLS STRAW BALE CONSTRUCTION STUCCO WAll FAILURES DUE TO WEATHER STUCCO WALL METHODS & INSTALLATION STUCCO OVER FOAM INSULATION STUCCO PAINT FAILURES STRUCTURAL DAMAGE PROBING STRUCTURAL WOOD ASSESSMENT SUMP PUMPS GUIDE SWEATING (CONDENSATION) on PIPES, TANKS Thermal Expansion Cracking of Brick THERMAL EXPANSION of HOT WATER THERMAL EXPANSION of MATERIALS THERMAL IMAGING, THERMOGRAPHY THERMAL IMAGING MOLD SCANS THERMAL MASS in BUILDINGS THERMAL TRACKING & HEAT LOSS TRIM, EXTERIOR CHOICES, INSTALLATION TRIM, INTERIOR TRIM, INTERIOR INSTALLATION Wide Range of Trim Stock Profiles Properties of Hardwoods for Interior Trim Standards, Interior Trim: Firsts and Seconds Ordering Procedures, Interior Trim Custom Profiles, Interior Trim Finger-Jointed Moldings, Interior Trim Medium Density Fiberboard MDF: Composite Trim Urethane Moldings and Interior Trim Flexible Moldings as Interior Trim Where to buy Interior Trim TRUSS UPLIFT, ROOF TRUSSES, Floor & Roof VAPOR BARRIERS & CONDENSATION in BUILDINGS VENTILATION in BUILDINGS VINYL CHLORIDE HEALTH INFO VINYL SIDING VINYL Siding or PLASTIC Window ODORS Volatile Organic Compounds VOCs WALL SIDING TRIM & FINISHES WALL FINISHES INTERIOR WALL CONSTRUCTION BARRIER vs CAVITY WATER BARRIERS, EXTERIOR BUILDING WATER ENTRY in buildings WIND WASHING INSULATION At EAVES WINDOWS & DOORS WINTERIZE A BUILDING WOOD Burning Heaters Fireplaces Stoves WOOD FLOOR DAMAGE More Information |
Interior trim best practices: this article describes current choices of materials used for interior woodwork and trim in buildings and gives advice on ordering and using solid wood trim, finger jointed moldings, MDF medium density fiberboard composit trim, urethane moldings and trim, and flexible moldings. Green links show where you are. © Copyright 2013 InspectAPedia.com, All Rights Reserved. Author Daniel Friedman. Guide to Selecting & Installing Interior Trim: Best PracticesThis article series discusses and provides a best construction practices guide to the selection and installation of building interior surface materials, carpeting, doors, drywall, trim, flooring, lighting, plaster, materials, finishes, and sound control materials. This article includes excerpts or adaptations from Best Practices Guide to Residential Construction, by Steven Bliss, courtesy of Wiley & Sons. Our page top photo shows chestnut trim in a Poughkeepsie, NY home constructed in 1900 and restored by DJF. Also see TRIM, INTERIOR and see INTERIORS of buildings, our home page for information about all topics relating to building interiors. For exterior trim installation see TRIM, EXTERIOR CHOICES, INSTALLATION. As described in the book, Best Practices Guide to Residential Construction Chapter 5, Interior Finish:
Our photo (left) shows the most basic and widely-used budget-trim installed in homes in the U.S. beginning in the 1960's: clamshell trim. At WINDOW / DOOR AIR LEAK SEALING HOW TO we (D Friedman) describe a project we undertook to remove this clamshell trim, seal gaps around windows and doors, and install custom-cut but elegantly-simple rectangular profile mahogany trim in this home. Wood moldings and other finish lumber are graded for visual properties only. In general, the higher the grade, the more uniform the grain and color will be, and the fewer the defects, such as small knots, pitch pockets, and other natural markings. In some species, there is also a marked color difference between heartwood and sapwood. Some customers might like the natural variation found in lower grades; others find it objectionable. Wide Range of Trim Stock ProfilesMost lumberyards stock only a few molding profiles in pine and even fewer in hardwoods. Specialty molding suppliers, however, offer a far wider variety of stock profiles in both softwoods and common hardwoods. Molding suppliers also stock a variety of architectural ornaments, such as rosettes and plinth blocks, that can dress up a job or match a traditional style without the cost of custom millwork.
Table of Properties of Hardwoods Used for Interior TrimWhile some lumberyards stock small quantities of milled hardwood boards and a few molding profiles, most larger jobs require the purchase of rough stock from a hardwood supplier or millwork shop. Hardwood trim characteristics are shown in Table 5-10.
Grading Standards for Interior Trim: FAS "Firsts and Seconds"If a job requires all clear stock that is “color matched” with minimal color variation from board to board, you will probably need to purchase the highest grade available, often FAS (firsts and seconds), and may still need to cull some pieces. For jobs where more grain variation is acceptable, No. 1 Common or No. 2 and 3 Common may suffice. FAS is at least 80% clear stock with minimum boards 6 inches wide by 8 to 16 feet long. No. 1 is at least 65% clear with narrower boards, and No. 2 and No. 3 are 50% and 33% clear, respectively. Ordering Procedures for Interior TrimProviding the shop with a specific cut list of finished pieces is the best way to guarantee that they deliver the pieces needed for the job. For a premium, you can obtain all-heartwood, all-sapwood, or color-matched boards for uniform color in glue-up work and throughout the job. Also, the millwork shop can plane the stock on one or both sides, joint one or both edges, and sand one or both faces as needed. Generally, the millwork shop can dress the boards far more economically than a contractor can in the field or in a small shop. Custom Profiles Available for Interior TrimA job with hardwood trim may also require profiled moldings, such as baseboard, chair rail, or crown. Custom hardwood moldings require a substantial lead time and a setup fee to make the cutter knives. Many shops keep cutters on hand for standard profiles, as well as custom profiles from prior jobs. Using an existing cutter can significantly cut costs and lead time. Finger-Jointed or Finger Spliced Wood Moldings Used as Interior TrimFinger-jointed stock is widely used for paint-grade door and window jambs, as well as profiled moldings. Finger-jointed stock generally performs well, but in some cases, joints between the individual pieces will “telegraph” through the painted finish due to minute differences in the swelling and shrinking of the individual pieces of wood (see our photo of finger spliced interior trim, looking at the edge of a trim board, below left -DF).
To avoid this problem, sand any uneven joints before applying any finish. Also, back-priming the material will reduce any moisture movement after installation, minimizing problems with telegraphing. While the glued-up finger jointed board connections are quite strong, it is indeed possible to break a board at the finger joint splice, as our second photo shows, above right -DF. But handled with reasonable care, nailed in place, and properly prepped and painted, these joints are virtually impossible to see in interior trim wood. Finger-jointed exterior trim, unlike its interior trim cousin, is exposed to weather and has proven less durable than hoped at some homes, as illustrated at TRIM, EXTERIOR CHOICES, INSTALLATION. MDF: Medium Density Fiberboard Composite Trim: Guide to Selection & UseMedium-density fiberboard (MDF) is a fine-grained composite material made from wood particles and resin bonded under heat and pressure. The resin is generally urea-formaldehyde, a known lung irritant, but a few manufacturers offer alternative products made with the more stable phenol formaldehyde or other low-emission resins. Our photos (below) show the painted-side and back side of composite trim boards on display at a New York Home Depot® store -DF.
SierraPine Composite Solutions makes Medex, a moisture-resistant MDF product, and Medite II, an interior panel, both using a formaldehyde free resin called MDI (methylene diisocyanate). In many markets, MDF has become the material of choice for trim and casework due to its low cost, ease of machining, and excellent appearance when painted. It is uniform in consistency and dimensionally stable. MDF trim is available preprimed in a number of standard molding profiles, and 4x8 MDF panels are easy to cut to size and can be routed or shaped to a clean, crisp profile. However, a 3/4-inch 4x8 panel weighs 95 pounds versus 75 pounds for birch plywood, making MDF sheets a challenge to maneuver. While MDF offers many benefits, it is not problem free. Cutting and milling creates a super fine dust, which requires workers to wear tight-fitting respirators. Shops should have a good dust-extraction system as well. The urea-formaldehyde makes the dust more irritating to eyes and lungs and off-gasses to some extent after installation, making the product unacceptable to some (see Chapter 7, “Formaldehyde,” page 287). Because of hardness, MDF moldings must be installed with pneumatic nailers, which tend to pucker the material around the nail. These “mushrooms” must be chiseled off prior to filling the nail holes.And although it holds paint well, cut and routed edges of MDF will absorb water-based primer and swell. To avoid these problems, edges of MDF moldings and trim should be sealed with a shellac-based or oil-based primer or painted with special finishes formulated for use with MDF. Due to its potential for absorption at edges, MDF is not a good choice for wet areas. Edge nailing is also not recommended, so MDF is not well suited to applications such as jamb extensions. Urethane Moldings and Interior TrimAlthough pricey, polyurethane foam moldings (also called polymer moldings) are popular for ornate decorative work. The leading manufacturer, Fypon, makes a wide range of large crown and cornice moldings, as well as architectural ornaments for mantles, decorative ceilings, and other decorative elements. Our photos (below) show the face side and back side of primed polyurethane trim sold at a lumber supply store in New York -DF.
Urethane foam moldings are sold preprimed, and they can be cut, planed, and sanded like wood—only more easily because of their lighter weight. Urethane trim and moldings are installed with proprietary caulk or adhesive rather than nails, although a few finish nails are often used to hold them in place while the glue dries. Butt joints and miters are bonded with the same adhesive. Larger moldings are limited in length to 10 to 12 feet, requiring multiple joints on long runs. Flexible Moldings as Interior Trim
Most manufacturers offer thinner profiles and softer formulations for tighter curves, as well as fire-retardant formulations. Less expensive rigid versions are also available for straight runs. While originally developed for interior use, many of these products are suitable for exterior applications as well. The stain-grade material has an embossed grain, but must be stained after installation due to the stretching of the surface and requires a heavy pigmented oil-based or gel-type stain with a clear topcoat. Most flexible moldings are made to order and can perfectly match typical finger-jointed or MDF profiles if specified correctly when ordered—manufacturers have thousands of molds matched to various manufacturers’ stock moldings. Simple curves such as baseboard or chair rails generally do not need pre forming, but crowns, arch top casings, and most small-radius curves must be preformed by the manufacturer for the specific radius needed. Manufacturers can accommodate ovals, ellipses, and other irregular curves if provided with accurate design specs. The material cuts easily with standard woodworking tools, but it needs to be held in a jig or sandwiched between wood blocks for difficult cuts. Most manufacturers recommend installation with construction adhesive, panel adhesive, or gel-type super glue, with a few finish nails to hold the molding in place while the glue dries. Pneumatic pin nailers work well when installing flexible moldings and trim. But ... Watch out: However, nailing too close to the edge may distort or crack the rubber material. Large moldings such as crown need wood backing or triangular blocks to prevent the molding from bowing in. (see Buy Interior Finish Product Resources for a list of suppliers.) -- Adapted with permission from Best Practices Guide to Residential Construction. Where to Buy Interior Trim ProductsPolymer (Urethane), MDF, and Vinyl Trim Producers & SourcesBurton Mouldings www.burton-mouldings.com MDF(medium-density fiberboard), polymer, flex, and wood Fypon www.fypon.com Polymer moldings and components Nu-Wood www.nu-wood.com Polymer moldings and components Outwater Plastics www.outwater.com Polymer moldings and components RAS Industries www.rasindustries.com Polymer moldings and components Royal Mouldings (formerly Marley Mouldings) www.royalmouldings.com Polymer, polystyrene, expanded-PVC, CPVC, and acrylic molding profiles and components Flexible Trim Manufacturers & SourcesFlex Trim www.flextrim.com Flexible polymer moldings Resin Art www.resinart.com Flexible polymer moldings -- Adapted with permission from Best Practices Guide to Residential Construction. Frequently Asked Questions (FAQs)... Ask a Question or Search InspectApediaQuestions & answers or comments about choosing, installing, & troubleshooting interior trim in buildings. Ask a Question or Enter Search Terms in the InspectApedia search box just below. Technical Reviewers & ReferencesRelated Topics, found near the top of this page suggest articles closely related to this one.
Books & Articles on Building & Environmental Inspection, Testing, Diagnosis, & Repair
| ||||||||||||