Gestion Xpress Démolition offers you a sampling service for materials likely to contain asbestos. But also a sampling kit to help you save time and money!
Founded in 2017, Gestion Xpress Démolition stands out for its numerous expertise such as demolition, asbestos and mold decontamination. Our primary goal is to help our customers carry out their projects as well as to inform them about the issues of asbestos and any other contaminants that may be encountered during demolition work.
Being constantly attentive to concerns about the dangers related to asbestos, this is why we offer an asbestos sampling service.
Know that it is also possible to do business with our certified sampling team. We will take samples of materials from the areas you have established. The samples will then be packaged and labeled according to established standards. The samples will then be sent to the laboratory for analysis. Once the samples arrive at the laboratory, they will be examined under a scanning electron microscope. The samples will be evaluated according to the type of material and the concentration of asbestos present. A detailed analysis report will be issued by the laboratory and sent to you by email.
With our team, you can be sure that the samples taken will be representative of your situation and will allow you to have a precise idea of the contamination in your building.
$185.00 For 6 first samples and less + $25.00 per additional samples
$100.00 per sample analyzed and $80.00 for 9 samples or more. Vinyl tile analysis fee $175.00
Analysis times from 24h* to 48h. Emergency service available. Contact us for more details
*The 24-hour analysis time does not apply to vinyl tiles and linoleum
Do you need testing for asbestos in your materials? Are you planning demolition work or a renovation, do you want to know if the plaster on your walls or the tiling in your basement contains asbestos? In addition to offering you a sampling service by one of our technicians, Gestion Xpress Démolition now offers you a sampling kit for materials likely to contain asbestos. The kit will save you time and money.
For the analysis of bulk materials: Polarized Light Microscopy (PLM) is used to analyze a variety of materials that may contain asbestos fibers. Including construction materials such as plaster, joint compounds, insulation, heat insulation and much more.
↓ TEM analysis option for vinyl tiles and suspended ceilings
For the analysis of vinyl floor tiles: The MLP method is capable of detecting asbestos fibers that are larger than 0.5 microns. Vinyl tiles are known to contain asbestos fibers smaller than 0.5 microns. It is for this reason that the transmission electron microscopy (TEM) analysis method is recommended by the IRSST. The TEM analysis method can help identify asbestos fibers at more precise levels. As a general rule, one sample per style is sufficient.
Sampling different types of materials, such as:
Once the sample is taken and placed in one of the plastic bags, you will simply have to place it in the prepaid Xpress-post envelope that is included in the kit and drop it off at your nearest Canada Post postal counter. . It will then be sent to the laboratory for analysis. The sample analysis time is 48 working hours, samples received at the laboratory after 3 p.m. are analyzed the following working day. Following the analysis, the result of the analysis will be communicated to you directly by email.
After placing your order, your kit will be sent to you within 3 working days.
Our kit comes with a sheet on sampling procedures to proceed safely.
All samples are tested in an IRSST accredited laboratory dedicated to asbestos testing. All samples are processed within 48 hours.
When you buy a kit from us, you have access to a dedicated support system for any questions or advice.
Want to save time and money? Our complete analysis kit allows you to sample your materials yourself. Order your kit online now!
Not comfortable with online shopping? Call us now, we offer you the possibility of paying by Interac e-Transfer. Such a quick and safe procedure.
Are you not comfortable taking the samples yourself? No problem, one of our technicians will be happy to help you. Contact us today to make an appointment.
Since asbestos was mixed directly on site during construction work, for an area of 150 ft2 or less, a minimum of 2 samples is required for plaster wall and ceiling materials or other materials likely to contain asbestos. .
Asbestos is mixed on site, the distribution of asbestos in the finished material will be uneven. For spaces over 1000 ft2
At least three samples, one at each end and in the center of a pipe that has been covered by insulation.
A sample of each model and brand is sufficient for these materials. (MET analysis available)
Vermiculite was sold in bags, it is quite possible that there were different sources of vermiculite in the same attic.
The sampling strategy provided in the CNESST Explanatory Guide, as well as the concept of zone presenting similarities of structures (ZPSO). ZPSO refers to an area where materials are similar.
The materials of a ZPSO are similar in texture, appearance, composition, as well as their similarities in terms of construction period or installation method. Because the asbestos was mixed on site, the distribution of asbestos in the finished material was uneven. This is why it is recommended to take several samples to know with certainty whether the material is contaminated with asbestos or not.
If the demolition work is planned on a floor of at least 1000 ft2 and the rooms have the same structural similarities:
We recommend taking 9 samples spread over the surface area.
For more details or information, consult the CNESST guide
Consists of taking samples of materials from different areas of the building and sending them to the laboratory for analysis. These samples are then examined under a scanning electron microscope to detect the presence of asbestos. Samples are evaluated according to the type of material and the concentration of asbestos present.
Sampling is necessary to know the concentration of asbestos in the materials and to assess the risk that this represents for health. If samples high in asbestos are detected, it is important to take immediate action to eliminate the hazard.
Asbestos testing is important for several reasons. First of all, it allows us to determine whether the materials contain asbestos or not. Then it lets us know what materials need to be processed and disposed of. Finally, it allows us to know the level of contamination of the building and to determine if decontamination is necessary.
Since asbestos is a known carcinogen, it is important to know if your materials contain it. Sampling is the only way to know for sure.
Laboratory testing of asbestos-containing materials is typically performed to confirm the presence of asbestos in a sample and determine the specific type of asbestos present. Testing methods may vary depending on the nature of the material and the type of analysis required.
It is important to note that although the polarized light microscope (PLM) is a powerful tool for detecting asbestos fibers, other analytical methods, such as transmission electron microscopy (TEM) can also be used for more detailed characterization in particular to identify the type of asbestos and quantify the concentration. Thus, it is possible to observe the fibers in greater depth using significant magnifications ranging from 10,000 to 20,000.
The use of the polarized light microscope is usually carried out by qualified professionals in specialized laboratories, in accordance with safety standards and regulations. These methods are crucial in the field of asbestos risk assessment, particularly when managing potentially contaminated materials.
The laboratory analyzes the samples and provides an analysis report which indicates the concentration of asbestos in the material. The results of the analysis report are then used to take the necessary steps to manage or eliminate the risk of asbestos exposure.
This means that asbestos has been detected in the material and that in the event of renovation or demolition work, measures must be taken to manage the risk of exposure to asbestos. It is important to note that the detection of asbestos does not necessarily mean that the material is dangerous provided that they do not show signs of deterioration such as cracks or cracks in walls or ceilings for example.
Asbestos is a fibrous mineral material that has been widely used in the past for its insulating and fire-retardant properties. However, inhaling asbestos fibers has been shown to cause serious health problems, including lung cancer, mesothelioma, and other respiratory illnesses.
If your home was built before the 1980s, there is a possibility that it contained asbestos-containing materials, such as insulation, vinyl tile, asbestos-cement roofs, flooring, etc. Homes built between the 1990s and early 2000s may also contain asbestos, although its use was gradually reduced during that time.
Before we can demonstrate that asbestos is not present in insulation, we need to identify the different types of insulation and the specific areas each of them covers. The idea of a ZPSO applies to this context of thermal insulation. However, classifying ZPSO insulators presents difficulties because they are often repaired or partially replaced.
In addition, they are made up of several different parts (insulation, sheath, etc.). Therefore, a complete visual assessment of the insulation is necessary. Sometimes investigations using probes under the protective envelope are also necessary. The materials vary both in their shape and nature (half-moon, honeycomb cardboard, cement paste, glass wool foam) and in their appearance (aspect ratio, color, original texture).
For example, the insulation around the bends may be different from that protecting the straight sections, or the two pieces may have the same ducts but use different insulations.
The use of wood lath and plaster for wall and ceiling construction was more common in Canada and the United States. This type of construction was popular in the early 20th century and was often used in residential homes. This type of construction was particularly common before and during the 1930s.
Beginning in the 1950s, Rocklath panels were commercialized and became more popular due to their ease of installation and potentially lower cost. However, Rocklath panels are covered with a cementitious layer which is also likely to contain asbestos. For works made of plaster or Rocklath, take a maximum of 9 samples in the area where the material is located.
Mainly used for the insulation of attics and attics in houses built before the 1990s, vermiculite was used mainly for insulation against cold and noise. It was also used for fireproofing. In some cases, the vermiculite was composed of amphibole asbestos fibers for its resistance to high temperatures, but are problematic for their friable nature. This material is highly carcinogenic.
The kit will be sent to you within 3 working days of ordering. (or according to Canada Post deadlines). The cost of the kit includes taxes (GST/QST), delivery costs, laboratory analysis costs, the pre-filled form for the laboratory, a booklet on sampling procedures, an information sheet on asbestos, a plastic bag designed to deposit the sample, a pair of nitrile gloves, as well as a pre-paid envelope for sending your sample to the laboratory. Protective glasses are not included in the kit.
Following receipt of the sample at the laboratory, a report will be sent to you within approximately 48 working hours. Results received at the laboratory after 3 p.m. will be processed and analyzed the following day. The customer is responsible for making sure to follow the procedure provided in the shipment. Xpress Demolition Management | Asbestos Decontamination is in no way responsible for loss when sending the sample to the laboratory. It will be important to keep your tracking number when dropping off the package at your post office. For an asbestos decontamination service, see our page for this purpose.
If in doubt, contact us by email or phone and we will be happy to assist you.
If the presence of asbestos is suspected in a material, it should be sent to a laboratory for testing. The test will not only tell us if there is asbestos, but also what type and how much. According to Quebec regulations, the maximum quantity of asbestos authorized in a given product is 0.1%.
The technical expertise is carried out according to the method of analysis prescribed in Quebec, i.e. method 244 of the Robert-Sauvé Research Institute for Occupational Health and Safety (IRSST) for materials and method 198.4 of the Environmental Laboratories Approval (PELA) for resilient flooring. The objective is to determine if asbestos fibers are present in the samples we analyze.
Asbestos was frequently used from 1930 to 1980 due to its various advantages, such as its incombustibility and good thermal/electrical/acoustic insulation. However, over time, it was discovered that exposure to asbestos could have dangerous health consequences.
Although asbestos has been formally banned in Canada since December 30, 2018, copious amounts of it are still found in many buildings (walls, ceilings, insulation, ducts, joint compound for resilient flooring and acoustic tiles).
When asbestos fibers are released into the air, they can pose a health risk to people if inhaled. The tiny fibers can enter the respiratory system and cause serious health problems like asbestosis, lung cancer or mesothelioma after years of exposure. Airborne asbestos fibers are invisible to the naked eye and can be 400 to 2,000 times smaller than a human hair.
According to the Health Canada website, materials containing asbestos are only dangerous when they emit dust. If the material is in good condition and no work affecting it is planned (maintenance, repair, renovation, demolition, etc.), there is no significant health risk.
Although Health Canada has declared that materials containing asbestos are not dangerous if the fibers are not emitted into the air, the value of buildings containing these materials is still influenced.
For example, some buyers:
The costs of disposing of materials containing asbestos vary depending on the type and quantity of materials, as well as the characteristics of the building. Each case is unique.
Unfortunately, there is no reliable and precise data on this subject. In Canada, several hundred thousand buildings contain materials containing asbestos.
In Quebec, Canada and the United States and other regions of the world.
For more information about asbestos and our asbestos removal service, we invite you to consult our Decontamination and asbestos removal page.
The technical analysis is carried out according to the Quebec analytical method, i.e. method 244-3 of the Robert-Sauvé Research Institute for Occupational Health and Safety (IRSST) for materials and method 198.4 of the Program for the Approval of environmental laboratories (PELA) for floor samples. The purpose of these tests is to determine whether asbestos fibers are present in the samples analyzed.
Sample analysis will take approximately 10 minutes each. For example, if you have 3 samples, the whole process will take 30 minutes.
Usually less than 0.1% but there is no clear answer to this question, as the acceptable level of asbestos in a building depends on various factors, such as the type of material and its condition. Some experts recommend that all materials containing more than 1% asbestos be removed for safety reasons, while others argue that materials with lower levels can be safely left in place. Ultimately, the decision whether or not to remove asbestos-containing materials rests with the property owner. However, before deciding whether or not to act, it is important to consult a professional who can assess the risks and help you make an informed decision.
Asbestos fibers can be released into the air and inhaled, posing a health risk. These invisible fibers are 400 to 2,000 times smaller than a human hair and can cause serious health problems after several years, including asbestosis, lung cancer and mesothelioma.
Materials containing asbestos can have health consequences if their condition deteriorates or if work is carried out (maintenance, repair, renovation, demolition, etc.), which could emit dust from these materials. So, as long as they are in good condition and no such work is planned, materials containing asbestos do not pose a significant health risk, according to Health Canada’s website.
As long as the materials are in good condition and not involved in work that could create dust, no law requires their removal.
The quantity of samples to be inspected in order to conclude that a certain material does not contain asbestos varies according to the type of material.
For example, if we are inspecting mixed-in-place materials such as plaster/cement walls, joint compound, cement plaster or brick mortar, then the CNESST requires nine (9) negative samples taken from the same area with similar structures. This allows us to deduce that these materials do not contain asbestos and that, therefore, the work likely to emit dust does not have to comply with the asbestos removal conditions.
If your material tests positive for asbestos, it’s important to work with a professional who can help you assess the risks and make an informed decision on how to proceed. Options may include removing or encapsulating the material, depending on its condition and the risks involved. It is also important to take into account any work planned in the future that could potentially disturb the material and release asbestos fibres, such as maintenance or renovation work.
For our asbestos removal services, see our page for this purpose.
As soon as you are ready! Simply contact us and we will be able to give you an appointment for a asbestos sampling.
