Efficient insulation increases the need for effective ventilation. Why? Because heavier insulation absorbs and holds more heat. That means it's less likely overnight cooling can remove heat that builds up in an attic during a prolonged period of hot, sunny weather. The solution to this dilemma isn't to reduce the insulation in an attic. That would only create problems at other times of the year. Instead, the goal is to design an attic ventilation system that effectively compensates for the additional heat gain produced by the high levels of insulation. In short, effective attic ventilation also helps cool attic insulation.
   

.: How Green is Green?

Over the course of my 22 years in the insulation industry I have watched the industry improve in so many ways.  Our equipment is so much better, the availability of best methods procedures, and the latest implementation of the implementation of the FTC Home Insulation Rule back in 2005.   Read the whole storey...

 

.: Keeping it Real (A.K.A. -Truth in Insulation Contracting)

Being in the insulation business for as many years as I have where the turn over and burn out rate is pretty high I've met a lot of characters in that time.  I remember one year when I went through nearly as many employees as I did clients!  It's a tough business, but I love it.  Read the whole storey...

.: Resource Library

Attic Insulation

Wall Insulation

Types of Insulation (Professionally use)

Blown-In (Loose fill) Insulation - The Straight facts

Why remove insulation?

Ventilation

Sound Attenuation (The cure for noisy neighbors)

 

 

 

 

 

Attic Insulation

The attic is the first place to consider with the highest return on investment - But How much is enough?
While village, town and county codes vary widely. The Department of Energy's Recommendation for this area is minimum R 38 value up to R49 optimum.

What is R value?
R-value is a unit of measurement of resistance to heat flow. The higher the R value the more heat you retain in the winter and the more heat you keep out in the summer.

How can I tell if I have enough R value insulation?
As a Rule of thumb R38 translates into 14'' of insulation.

Won't that much insulation block my eve vents?
It can if not properly dealt with. Eve venting is critical to your homes well being. Lack of eve venting can cause ice dams, roof deterioration, insulation degradation, roof deck rot, and mold growth. That is why a professional in home estimate/evaluation is recommended.

 

Wall Insulation

Frame Homes

After the attic, the most significant areas of heat loss or gain are the walls of your home. Insulated walls contribute most to your home comfort.

In 2 story homes there can be more than twice the area of walls as attic area, plus stopping heat loss 5' to 16' above your head is not as effective if your walls are not insulated. All Insulation has insulated the walls of thousands of frame homes.

 

Brick Homes

In brick homes uninsulated walls will feel stone cold, can result in mold growth in closets, and create thermal drafts as warm air is cooled by the cold masonry drops & returns across the floor. All Insulation has insulated hundreds of brick homes. Typically in one day.

Experience makes the difference. From the evaluation through completion All Insulation is concerned with you and your home.

Because your home is important to you, we are careful to install your insulation in a neat and clean manner. All Insulation uses only name brand insulation materials that are guaranteed not to rot, decay or attract pests, they are noncombustible, non-corrosive, and will not support mold or mildew.

What causes drafts in an uninsulated home?

Drafts are not necessarily caused by leaky windows or doors. In poorly insulated homes they're caused by the movement of heat towards cold. When warm air meets the cold wall surface warm air rises and the cold air falls causing drafty floors. Children playing on the floor are subject to more colds and runny noses

 

 

 

What types of insulation do professionals use?

Each type of insulation is best suited for a particular application. For attic retrofit insulation professionals recommend blown (loose fill) over batts (rolled) insulation. See comparison chart below.


BENEFIT LOOSE-FILL (BLOWN) BATT
FULL COVERAGE IN ALL AREAS TO ELIMINATE HEAT LEAKAGE YES!

PROVIDES FULL AND UNIFORM COVERAGE OF AREAS, INCLUDING THOSE DIFFICULT AREAS BETWEEN CROSS BRACING AND TRUSS BRACING.

ALSO COVERS ENTIRE AREA OVER TRUSSES AND JOISTS, THEREBY FILLING GAPS TO ELIMINATE ANY POSSIBLE HEAT LEAKAGE
NO!

DIFFICULT TO PROPERLY FILL AREAS BETWEEN CROSS BRACING AND TRUSS BRACING.

BATTS WHICH ARE PRE-CUT TO STANDARD WIDTHS CAN LEAVE GAPS AND OPENINGS THAT ALLOW HEAT LEAKAGE.
OPTIMUM R-VALUE YES!

ALLOWS OPTIMUM R-VALUE TO BE INSTALLED.

CAN ACHIEVE AN R-VALUE AS HIGH AS R-38 AND R-49 TO MEET GOVERNMENT SPECIFICATIONS AND STANDARDS FOR THIS AREA.
NO!

MAY REQUIRE CUSTOMER TO USE MORE OR SLIGHTLY LESS THAN OPTIMUM R-VALUE THAT JOB REQUIRES.

THIS CAN COST THE CUSTOMER MORE MATERIAL THAN IS ECONOMICALLY DESIRABLE, OR IF AN UNDER-RATED BATT IS USED, IT CAN COST THE CUSTOMER ENERGY SAVING DOLLARS.
PREVENTS MOISTURE BUILD-UP YES!

DOES NOT PERMIT MOISTURE ACCUMULATION IN INSULATION.

PERMITS USE OF VENT CHUTES TO MAINTAIN OPTIMUM EVE VENTILATION.
NO!

LAYERED BATTS CAN TRAP MOISTURE BETWEEN LAYERS AND CAUSE CONDENSATION.

IF BATTS ARE FACED AND NOT PROPERLY APPLIED TO THE LAST DETAIL, THE VAPOR BARRIER FREQUENTLY CAUSES MOISTURE ACCUMULATION, WHICH CAN RESULT IN WATER DAMAGE.

AT LOW SLOPE ROOFS, BATTS MUST BE COMPRESSED AT EVES.
PROFESSIONAL INSTALLATION YES!

ALMOST ALWAYS INSTALLED PROFESSIONALLY DUE TO COST OF EQUIPMENT (BLOWERS,HOSES, ETC.)

THE PRO KNOWS HOW AND WHERE TO INSULATE, AND HE HAS THE RIGHT MATERIALS AND TOOLS TO DO THE JOB.

THE PRO KNOWS ALL THE SAFETY HAZARDS TO AVOID.

FURTHER, "InsulSafe SP" LOOSE FILL IS MANUFACTURED UNDER STRINGENT QUALITY CONTROL, WITH ITS COVERAGE AND DENSITY LABELED ON EVERY BAG.
NO!

MOST OFTEN INSTALLED BY DO-IT YOUR SELFERS WHO NOT ONLY LACK THE RIGHT EQUIPMENT, BUT USUALLY THE SKILL AND EXPERIENCE TO DO A COMPLETE AND PROPER INSTALLATION.

ALSO, THE DO-IT YOUR SELFER IS OFTEN UNAWARE OF SAFETY HAZARDS IN THE ATTIC.
COST SAVINGS YES!

PREFERRED BY MOST CONTRACTORS FOR INSULATING ATTIC AREAS BECAUSE IT SAVES INSTALLATION TIME LABOR AND MATERIALS.

SINCE MOST JOBS ARE COMPETITIVELY BID, THESE SAVINGS CAN BE PASSED ON TO THE CUSTOMER.
NO!

DIFFICULT TO INSTALL PROPERLY IN TIGHT ATTIC AREAS, TAKES LONGER, USES MORE MATERIALS, AND MORE LABOR.

THE RESULT: ADDED COST RATHER THAN COST SAVINGS.
RETROFIT INSULATION YES!

CAN BE QUICKLY, CLEANLY, AND ACCURATELY APPLIED AFTER DWELLING HAS BEEN OCCUPIED.

CAN BE INSTALLED UNDER FLOORED AREAS MORE EFFICIENTLY.
NO!

PROPER APPLICATION, WITH CORRECT STAPLING ON FLANGES, NOT ALWAYS POSSIBLE AFTER COMPLETION OF DWELLING.

MOREOVER, SOME ACCESSES TO ATTICS ARE NOT LARGE ENOUGH TO ACCOMMODATE THE STANDARD BATT PACKAGING.

TO INSULATE FLOORED AREAS, FLOORING MUST BE REMOVED & REINSTALLED COMPLETELY.

 

 

Not all blown in insulation is the same...

The predominant loose fill blown insulations used by professionals are compared below.

FEATURE CELLULOSE MINERAL FIBER "CHOPPED" FIBERGLASS VIRGIN FIBERGLASS
DOMINANT RAW MATERIAL OLD NEWSPAPER AND OTHER SCRAP PAPER PRODUCTS. ORGANIC MATERIAL REFINED SMELTER ORE INORGANIC RECYCLED MATERIAL. TYPICALLY REJECT BATT OR BOARD STOCK . REFINED SILICA SAND AND RECYCLED GLASS MATERIAL. INORGANIC MATERIAL.
PRODUCTION PROCESS PAPER IS GROUND INTO A FINE DUST-LIKE CONSISTENCY. ORE IS MELTED AND SPUN INTO LONG MINERAL FIBERS. CHOPPED OR SHREDDED BY-PRODUCT, CAN BE AN IRRITANT. SAND IS MELTED WITH RECYCLED GLASS AND SPUN INTO GLASS FIBER. FOR SUPERIOR CONSISTENCY.
CHEMICAL ADDITIVES LARGE AMOUNTS OF BORAX AND BORIC ACID, PLUS OTHER ADDITIVES. (IMPURITIES) CONTAIN MISCELLANEOUS MINERALS. CAN CONTAIN ADHESIVES & DYES. CAN CONTAIN SOME NON TOXIC DYES.
FIRE PROOF FIRE RESISTANT, BUT WHEN IGNITED CAN SUPPORT COMBUSTION. ADDITIVES OFTEN DISSIPATE OVER TIME. NON-COMBUSTIBLE. WILL NOT SUPPORT COMBUSTION. WILL NOT MELT UNLESS TEMPERATURE EXCEEDS 2,000° F. NON-COMBUSTIBLE WILL NOT SUPPORT COMBUSTION. WILL NOT MELT UNLESS TEMPERATURE EXCEEDS 1,000° F. NON-COMBUSTIBLE. WILL NOT SUPPORT COMBUSTION. WILL NOT MELT UNLESS TEMPERATURE EXCEEDS 1,200° F.
SETTLING SOME TESTS INDICATE 20% TO 30% SETTLING OVER TIME. NO SIGNIFICANT SETTLING. MORE BASIC PRODUCT. CAN SETTLE IF "OVERBLOWN" NO SIGNIFICANT SETTLING WHEN PROPERLY INSTALLED. FIBERS MANUFACTURED UNDER STRINGENT QUALITY CONTROL.
MOISTURE ABSORPTION ORGANIC FIBERS WILL READILY ABSORB LARGE AMOUNTS OF MOISTURE. EMITS FIRE RETARDANT CHEMICALS WHILE DRYING. INORGANIC FIBERS WILL NOT ABSORB MOISTURE. INORGANIC FIBERS WILL NOT ABSORB MOISTURE. INORGANIC FIBERS WILL NOT ABSORB MOISTURE.
INSTALLED STABILITY FINE, DUST-LIKE FIBERS ARE SUBJECT TO DRIFTING AND LEACHING INTO LIVING AREAS. FIBERS INTERLOCK WHEN INSTALLED. GOOD RESISTANCE TO DRIFTING. INCONSISTENT. LIGHT FLUFFY FIBERS ARE SUBJECT TO DRIFTING. REQUIRES EXTRA CARE TO INSURE PROPER R-VALUE. SPECIFICALLY ENGINEERED & MANUFACTURED UNDER STRINGENT QUALITY CONTROL TO INSURE QUICK, CLEAN PERMANENT PERFORMANCE.
WEIGHT TO R-VALUE RATIO HIGH - OVER 1.8 LB./SQ. FT. AT R-38 VALUE.

SHOULD NOT BE USED OVER LIGHTER INSULATIONS.
HIGH- OVER 1.6 LB./ SQ. FT. AT R-38 VALUE. SHOULD NOT BE USED OVER LIGHTER INSULATIONS. LOW - ONLY .645 LB. OR LESS AT R-38 VALUE. CAN BE USED OVER ANY EXISTING INSULATION. SUPERIOR FOR TRUSS & DRYWALL CONSTRUCTION. LOW - ONLY .675 LB. / SQ. FT. AT R-38 VALUE. CAN BE USED OVER ANY EXISTING INSULATION. SUPERIOR FOR TRUSS & DRYWALL CONSTRUCTION.
SOUND REDUCTION GOOD. GOOD. FAIR. FAIR.
MOLD/FUNGUS RESISTANCE SUPPORTS GROWTH. DOES NOT SUPPORT GROWTH. DOES NOT SUPPORT GROWTH. DOES NOT SUPPORT GROWTH.

All Insulation recommends Certainteed InsulSafe SP virgin fiberglass. It is clean, lightweight, noncombustible, non hydroscopic, and won't support mold or mildew. InsulSafe SP has the texture of cotton & contains no chemical by-products. Other products simple do not measure up.


Why remove insulation?

  1. Animal infestation, contamination.
  2. Mold remediation.
  3. Allergic reaction of occupants.
  4. Fire, smoke, water damage restoration.
  5. In preparation for remodeling.
    * To prevent blown insulation from tracking into occupied areas.
    * To clear attic for trades to work.

If you need insulation removed... "We have a better way"

We suck out contaminated blown insulation with our specialized equipment.

Our crew can vacuum the insulation directly into your dumpster, or into special bags and haul it away.

We can then spray, disinfect, and deodorize.

And finally blow in new Certainteed InsulSafe SP Premium fiberglass insulation.

All work can be done in one trip, or separately.

All Insulation uses only the best of equipment!
Our Versa-Vac vacuums insulation directly from your attic into our special bags. It handles recycled, animal contaminated, wet, or fire damaged insulation. The Blown insulation, feces and animal debris, is transported directly from the attic into our special vacuum bags.





Because Moisture is your homes biggest enemy


We offer the following services:

  • Powered attic exhaust fans
  • Solar powered vents
  • Static venting roof vents
  • Intake (eave) vents
  • Animal Guard for vents
  • Whole house fans
  • Kitchen & bathroom exhaust venting

Many people do not realize that, by definition, asphalt & membrane roofs are similar to putting a plastic bag over your home, suffocating it. That is why proper attic ventilation both high & low, is critical to the health of your home.

Improper attic ventilation can rot your roof deck, shorten the life of your roof, cause curling or cupped shingles, degrade your insulation, cause paint to peel and blister, create an environment for mold, reduce your comfort level, overwork your heating/cooling system, and is one of the major causes of ice dams.

It is important to determine the right amount of ventilation for homes. Most homes today are not ventilated to minimum FHA standards. That means relatively little intake and exhaust ventilation in the attic. Our line of power ventilators, roof vents, gable vents, bathroom exhaust roof caps, under eave and soffit vents can provide adequate ventilation, which in return will cut your energy bills, provide for a cooler home and prolong the life of shingles, rafters, insulation and ceilings. Ventilation products also reduce harmful winter moisture and ice damming so the roof and the home are protected year round.

Our estimators are trained to recognize & recommend solutions for homes with inadequate attic ventilation.


Sound Attenuation

One of the most common complaints of multifamily living is unwanted sound.

Of course the best time to deal with this is during construction, but most don't think of this until after occupancy.

All Insulation has helped mitigate excessive sound typically in one day, however sound is subjective and behaves similar to water. It is better to eliminate it at the source than to contain it.

All Insulation can typically increase the STC Rating of walls & ceiling assembly by 8 to 10.

Airborne Sound
The STC or sound transmission class is a single number rating used to indicate the effectiveness of an entire construction assembly (partition, wall, floor/ceiling) in resisting passage of airborne sound. The rating is determined from sound transmission loss values (measured in decibels) that are obtained by tests conducted in accordance with ASTM E 90 "Standard Method for Laboratory Measurement of Airborne Sound Transmission Loss of Building Partitions." The sound transmission loss values are plotted on a graph and, with the use of a transparent overlay, a single number STC rating is determined. The higher the STC rating the better the sound insulation performance of the construction.

For multi-family dwellings, building codes require minimum STC ratings for partition, wall and floor/ceiling constructions that separate certain building areas and occupancies. These ratings are usually based on multiples of five, such as 45, 50, 55, 60. If a partition has an STC rating between 45 and 50 there is usually little concern whether the test results were 46, 47, 48, or 49, as alt four ratings would meet a minimum rating of 45. However, the partition would not be acceptable for an STC 50 requirement.

The National (BOCA) and Standard (SBCCI) Building Codes, far example, require an STC 45 for partitions and floor/ceilings separating living units from other living units, public spaces and service areas. The Uniform Building Code (ICBO) requires an STC 50 (45 if field tested).

An indication of the approximate effectiveness of constructions with various STC ratings in blocking passage of loud speech is shown in the following chart:

Sound






Web site contents Copyright All Insulation, Inc. 2006, All rights reserved.
Website templates