A little history on Canadian Thanksgiving

October 9, 2017
Thanksgiving Between turkey dinners and family reunions, Canadian Thanksgiving — which falls on Monday — can look pretty similar to its U.S. counterpart. But in fact, part of the reason Canadians first petitioned for the holiday was to celebrate their luck at not being American.

Thanksgiving Day (Jour de l’action de grâce) is an annual Canadian holiday, occurring on the second Monday in October, which celebrates the harvest and other blessings of the past year.

Thanksgiving has been officially celebrated as an annual holiday in Canada since November 6, 1879.  The date, however, was not fixed and moved earlier and later in the year, though it was commonly the third Monday in October.
On January 31, 1957, the Governor General of Canada Vincent Massey issued a proclamation stating: “A Day of General Thanksgiving to Almighty God for the bountiful harvest with which Canada has been blessed – to be observed on the second Monday in October.”

From our CPE Family to yours, we wish you a safe and Happy Thanksgiving!


Sources:

Wikipedia. 

 

Personalized Hearing Protection for the Pulp and Paper Industry

July 25, 2017

Personalized Hearing Protection for the Pulp and Paper Industry

Working in the pulp and paper industry, workers are frequently reminded to wear hearing protection and safety glasses. Most manufacturing areas mandate their use, and failure to comply with these rules frequently brings stern warnings or reprimands. Fortunately, the use of Personal Protective Equipment (PPE) for sight and sound has almost become second nature to most Paper and Pulp plants. However, there are still some plants that have not found a way to enhance a safe workplace by implementing a hearing conservation program. Specializing in personalized hearing protective, ProtectEar USA has helped many manufacturing companies overcome their performance limitations and safety concerns. We start by assessing the noise levels and working conditions each person faces. then we determine the best protectors for the individual and make appropriate recommendations for optimal productivity, protection, and comfort.

Workers Can Protect Their Hearing with Custom Ear Plugs

Do not wait to experience any of these symptoms before you protect your ears with hearing protection. ProtectEar dB Blockers™ custom fit earplugs are more comfortable and offer superior hearing protection to any disposable earplug. However, did you know that they are more cost effective as well?

You can reduce your hearing protection costs by 60% over five years when an entire facility is fit. dB Blockers™ are more comfortable because there is only one way for them to fit and they made for each individual. They also make it easy for workers to communicate with each other because of our proprietary tuned filter that allows users to hear better with the plugs in than if they take them out.

As a Hearing Protection Manufacturer, it is great to see specific sectors like Pulp & Paper Canada take a stock in Noise Induced Hearing Loss. 

Pulp & Paper

Four steps for reducing workplace noise

 By WSPS

The most obvious impact is noise-induced hearing loss but stress, hypertension, poor sleep and mental health, and physical injury due to communications challenges can all be linked to noise exposure.One in five adults aged 19 to 79 already have mild hearing loss or more in at least one ear. Chances are, with time and continued exposure their hearing will worsen. Statistics like these have prompted the Ontario Ministry of Labour to launch an occupational noise initiative. From April 1, 2017 to March 31, 2018 inspectors will be looking at how — and how well — employers are protecting workers from noise.

A noise regulation (381/15) passed in July 2016 says employers must follow a “hierarchy of controls” to protect workers. Under this hierarchy, engineering controls and work practices come before personal protective equipment (PPE), such as earplugs and ear muffs. Engineering solutions are the better option because they control noise everywhere eliminating the reliance on workers to wear protection.

Pulp & Paper

Create your own noise prevention plan with these four steps.

  1. Determine if your workers are exposed to high levels of noise. Be sure to pinpoint the sources of noise and who’s going to be affected where.
  2. Conduct a risk assessment. You can do a rudimentary assessment just by walking around and listening. If you’re looking for preliminary numbers, rent a sound level meter. There are also apps available that can be used as screening tools. Smartphone apps must be used cautiously however and shouldn’t be relied on for complete accuracy. If an app provides a number that hovers around 85dB (the current occupational limit more than eight hours), call in an occupational hygienist to do a proper survey.
  3. Determine the best way to protect employees:• Start with engineering controls. Can you reduce noise at the source or along the path of transmission? Before implementing a control (such as enclosing a machine), check with an expert to ensure you’re not introducing new hazards.• Look at work practices. Could repairs make machines less noisy? Could you adjust schedules to reduce workers’ exposure time or duration, or increase distance from the source?• Consider PPE if other controls are not possible. Select PPE carefully though. Talk to employees about what kind of protection they’d prefer and which is most comfortable. Ensure that workers are trained on care and use, including proper fit, limitations, inspection and maintenance, and most importantly hygiene. Dirty ear plugs can lead to other health issues.

    4. Ensure your controls are working. Implement a surveillance program that includes audiometric testing to make sure people are using hearing protection correctly and not suffering hearing loss.

Hearing Loss Prevention Beyond the Workplace

July 10, 2017
Industrial Hearing loss

As a Hearing Protection Manufacturer, we as a company are always speaking about Hearing Loss Prevention in the workplace. However, there are also Best Practices for developing a culture of hearing conservation, both at work and at home.

Since OSHA had implemented detailed noise exposure regulations (29 CFR 1910.95), employers and safety professionals have monitored noise levels, posted warning signs, purchased earplugs and routinely tested employees’ hearing. Other activities consisted of training programs for new employees, putting up posters and selected groups to be a part of the product buying process.

Although these activities are conducted to prevent hearing loss, workers are still continuing to suffer noise-induced hearing loss at alarming rates. The cost of noise-induced hearing loss in the United States is now measured in billions (not millions) of dollars annually.

Hearing Loss Prevention plan

Setting up the actual Hearing Loss Prevention plan is easy; the difficult task is getting workers to buy in and engage in the program. In addition, loud noises are not just limited to the workplace. Noise-induced hearing loss can be just as prevalent off the job as on the job, and exposure outside the workplace is often a lot less noticeable.

Build Buy-in on the Hearing Loss Prevention Plan – Educate & Engage beyond the workplace

Beyond employee adherence to safety rules, there are ways to utilize other controls for reducing noise exposure that will impact the worker on and off the job.

Additionally, OSHA offers a list of administrative controls that managers can use to minimize the risk:

  • Operating noisy machines during shifts with the fewest employees exposed
  • Limiting the number of time employees can work near a noise source
  • Providing quiet areas for employees to get a break from the noise
  • Restricting worker presence to a suitable distance away from a noise source
  • Establishing a hearing conservation program (required at sites exceeding the PEL)
  • Hold informative workshops on the importance of Hearing Loss Prevention on and off the job.

Some of these suggestions may be more feasible at your work site than others, so take advantage of those that you can logistically implement. Encourage employee participation in this process as well, because they tend to have the greatest exposure to noise, and thus may have insights for improving hearing protection. Many incidents of hearing loss from occupational noise exposure are preventable, and because completely eliminating the noise at work is often not an option, companies must take every measure possible to minimize its effects.

To learn how a Proper Safety plan is executed please check out our previous post: A Proper Executed Safety Program


Sources

http://www.selectinternational

A Proper Executed Safety Program = Money Saved

June 29, 2017

Workplace injuries can cost our society around $128B in losses in a given year. This amount equals to 25¢ of every dollar in pre-taxed corporate profits.

(American Society of Safety Engineers. 2002)

safety plan

Establishing a proper Workplace Safety Program

Establishing a proper Workplace Safety Program will not only provide proper structure for safety but will also create long-term savings in an organization. Having a proper outlined safety guideline can provide essential benefits such as:

  • Reduce injury
  • Increase productivity
  • Create a safe work culture

Reduce Injury

“50 workers are injured every minute of the work week.” 

– American Society of Safety Engineers, 2002

A health and safety manager is responsible for ensuring that safety is an essential component of an organization. (Maine Department of Labor, 2013) Reducing injury in the workplace is imperative, as the people within the company are the vital elements that help steer the organization’s future.

Therefore, it is important to have a safety system with proper precautions. Without a system, avoidable injuries and costs can arise.  Examples of the costs that could be affected are:

  • Increased spending on insurance premiums
  • Increase in hiring costs
  • The added cost of re-training
  • Overtime to compensate for low workforce

The money that is spent on these avoidable costs could be invested into other aspects of the organization:  i.e. – enhancing the development of both the business and the people of the company. An example of where to invest would be: providing cost-effective personal protective equipment to prevent worker injuries. Personal protective equipment could include proper custom ear molding devices to protect hearing-loss, eyewear to prevent eye injury, headwear to protect your head, etc.

A lack of safety can lead to a loss of productivity, efficiency and time, in the long-run.

Increase in Productivity

“Developing a safety culture… increases employee productivity by 24% and reduces factory costs by 20%   

– SafetyLine, 2017 

increase-productivity

 

When an organization tries to find methods to cut costs (including bypassing a properly outlined and managed safety program), the assumption is that this will save money and time; thereby increasing profits. This type of action creates the opposite effect in the long run, as these workplace environments can be deemed unsafe and undesirable to work in. A decrease in productivity may occur as a consequence of injured employees taking time off from work. This can be a detriment to any company and needs to be avoided.

That is just one aspect of a loss in productivity when avoiding an investment in a safety. Other affected benefits may include:

  •  A lack of a high-quality working environment
  • A lack of good communications/relationships between management and employees
  • A lack of demonstrating that the company values their employees

When a working environment is at its peak morale, employees are motivated to work hard and be safe in their roles.  This provides the company with an opportunity to invest into other aspects of their business when people are productive and safe.

Create a Safe Work Culture

“Building a strong health and safety culture will have positive impact on your workers and public perception”

– Worksafe BC, 2017

Company culture creates an “aura” that is interpreted by society. When a company values safety as an organizational standard, potential and current talent sees this as a positive benefit to working for a company. When a company undervalues safety and health, it can create a poor reputation, pushing away workers. Employee morale can be affected, resulting in people leaving the organization. When a company is unable to fill positions, wages that are above market values are typically needed to attract talent. (American Society of Safety Engineers. 2002)

Engaging the workforce in health and safety practices; having a transparent and open health and safety program, and always wanting to improve the health and safety performance inside a company, provides a great return for any organization. Creating a strong health and safety culture demonstrates that employees are highly valued.

“Studies indicate that every $1 invested in a workplace safety program [returns] $3 – $10 in direct and indirect cost savings.”

– American Society of Safety Engineers, 2002

Workplace injuries can be costly

More than $40 billion are paid each year by employers and their insurers in worker’s compensation benefits; or nearly $500 per covered employee. (American Society of Safety Engineers. 2002) There is an initial investment when creating a safety program, but it will pay off in the long run.  A company may experience high monetary losses and workforce labor losses without proper guidelines. Safety is a major factor that should never be overlooked or ignored. Recognizing the value of a comprehensive health and safety program will ultimately save the organization money.

 


Sources

American Society of Safety Engineers. (2002, June 8). White Paper Addressing the Return on Investment for Safety, Health, and Environment (SH&E) Management Programs [Article]. Retrieved June 14, 2017, from http://www.asse.org/professionalaffairs/action/return-on-investment-for-safety/

Institute for Safety and Health Management (2014, September 4). Why Safety and Health Have Good Business Benefits [Blog]. Retrieved from https://ishm.org/safety-health-good-business-benefits/

Maine Department of Labor (2013). Managing Safety and Health [Article]. Retrieved from http://www.safetyworksmaine.gov/safe_workplace/safety_management/

SafetyLine (2017). Is Safety Productive? [Blog]. Retrieved from https://safetylineloneworker.com/blog/is-safety-productive/#more-2740

Worksafe BC (2017). Enhancing Health & Safety Culture & Performance [Article]. Retrieved from https://www.worksafebc.com/en/health-safety/create-manage/enhancing-culture-performance

 

While Riding, what’s in your ears …

March 24, 2017

While Riding, what’s in your ears …

It’s time to make some noise about hearing protection.

“Most motorcyclists are diligent about wearing helmets and sturdy apparel to protect the parts of our bodies that are most likely to get injured in an accident. However, there is a part of your body that may be suffering damage every time you ride, even if you never fall down—your ears. As riders we are regularly exposed to noise levels that put us at risk of permanent hearing loss, the same as industrial workers, heavy metal musicians, and machine gunners.”

According to the National Institute of Occupational Safety and Health, noise induced Hearing loss is the most common permanent and preventable occupational injury in the world. Hearing loss can occur from a single extremely loud sound such as an explosion, but more often than not it’s incurred gradually over time. Just as skin cancer usually grows as a result of regular exposure to the sun, noise induced hearing loss is most commonly the result of repeated and prolonged exposure to elevated noise levels. The unfortunate reality is that riding a motorcycle is a noisy endeavor, and the more you do it, the more likely you are to damage your hearing.

 The most widely recognized resource for recommendations on noise exposure limits is OSHA (Occupational Safety and Health Administration). OSHA offers a sliding scale showing that the louder the noise, the shorter the time your ears can safely be exposed to it. Noise intensity is measured in decibels and the decibel scale is logarithmic, so a noise that registers at 70 decibels (say, a vacuum cleaner) is 10 times louder than normal conversation, which typically rings in at 60 decibels. Sounds above 120 decibels (an ambulance siren) may be painful to hear and so would clearly pose a risk to your hearing health, but OSHA says permanent hearing loss can occur with sustained exposure (more than eight hours) above 85 decibels, or roughly the sound of a lawnmower—or the noise level inside your helmet while riding down the road at 65 mph.[1]

hearing protection for riders

 

There is a lot of  discussion about wearing ear plugs while riding a motorcycles; several opinions surface around whether or not doing it is a good idea. Amongst riders,  like so many other elements of this sport, the use of ear plugs while riding tends to be a controversial topic; many riders swear by using ear plugs, but many others refuse to do it, wanting to be as connected their bike and traffic conditions as possible to enhance their safety. The truth is, however, that most riders on both sides of the debate are under-informed about what the real threats to your hearing are while riding, and how hearing protection actually works.

We found some myths that have been documented for riders to think about when making their decision whether or not to use hearing protection. It is important that riders understand that the so called ambient wind noise is the silent killer and what you can do about it before it hurts your hearing.

Common Myths about Hearing Protection while riding a motorcycle [2]

Myth #1: You can’t hear traffic hazards, sirens, your bike, or other important sounds while wearing hearing protection. 

Wearing ear plugs does block sound, but the way it actually affects your hearing is counter-intuitive.

The real killer of hearing, and what we are trying to prevent while riding, is wind noise; the continuous, high-frequency sound created as you rush through the air at riding speeds. What we want to hear are low-frequency sounds, things like cars around us, engine RPM, and approaching sirens.

Because wind noise beats on your ears non-stop while you ride, it creates a condition called temporary threshold shift (also referred to as TTS), which is a temporary hearing loss that results from continuous over-exposure to sound (we’ve all experienced this at a concert, races, when operating machinery, etc.) In other words, you go partially deaf for a while after an extended period of riding.

That temporary deafness is even more dangerous to your safety on the road than wearing ear plugs, because it affects all frequencies of hearing. Proper hearing protection prevents that from happening, and cuts high-frequency wind noise while still allowing important low-frequency sounds to be heard.

Ask about our dB Blockers made especially made for riding.

Myth #2: You only need to wear hearing protection if you have a loud bike.

Naturally, loud bikes are more likely to create hearing damage than quiet bikes, when revving or accelerating for example. But once again, the biggest danger to your hearing while riding is wind noise, and it piles up a lot faster than you think. Whether you ride a thunderous V-twin or a stock 250, the sound of your bike is minuscule when compared to the volume of wind noise, which is usually around the 100-110dB range at highway speeds. It is a constant, high-frequency sound; the type that is the biggest threat to your hearing, as you tend to not notice it slowly beating your eardrums to death.

Myth #3: You don’t need to wear hearing protection if you wear a full-face helmet.

True, wearing a full-face helmet does cut exposure to sound, but to degree that is not significant with respect to hearing damage. Check out these numbers: different studies show a reduction in the range of 5-10dB when wearing a full-face helmet; but at 100dB-plus levels found at normal highway speeds, this is still well within the territory of permanent hearing damage. Some helmets flow air so well, the wind noise can actually be almost equal to that of not using a helmet at all!

Protect Ear USA provides personalized industrial earplugs that matters to both, the individual as well as the organization, because of the benefits that proper hearing protection can offer. dB Blockers custom molded earplugs are commonly used in the following industries and environments, learn more about two way hearing protection. 

Myth #4: A windshield/fairings will cut wind noise enough.

Much like the difference between full-face and half-helmets, there is a reduction in sound level, but not to a significant degree. Depending on the style of windshield or fairings, and the height of the rider and his body position, the resulting turbulence may mean there is hardly any reduction in noise at all. Rehearing protection for ridersducing ambient noise is a concern for some riders. If you plug your ears, how will you hear your bike’s engine or, more importantly, monitor traffic around you? Learn more about hearing protection you can actually hear    through… dB Blockers. 

dB Com™ X-Treme Headset (Intrinsically Safe)dB Blocker Grip Non vented

Wind noise while motorcycle riding regularly exceeds the levels at which hearing damage will occur. Protect your hearing without blocking the sounds you want to hear with Custom hearing protection, All Sport dB Blockers. 

All Sport

 

SOURCES


[1] It’s time to make some noise about hearing protection. By ARI HENNING NOVEMBER 1, 2016

[2]Common Myths about Hearing Protection: www.bikebandit.com/blog/post/motorcycle-ear-plugs

 

What is Noise Induced Hearing Loss?

February 17, 2017

What is Noise Induced Hearing Loss?

Noise induced hearing loss is a permanent hearing impairment resulting from prolonged exposure to high levels of noise. One in 10 Americans has a hearing loss that affects his or her ability to understand normal speech. Excessive noise exposure is the most common cause of hearing loss.

“The National Institute of Health reports that about 15 percent of Americans aged

20 to 69 have high frequency hearing loss related to occupational or leisure activities.”

Because of occupational risk of noise induced hearing loss, there are government standards regulating allowable noise exposure. People working before the mid 1960s may have been exposed to higher levels of noise where there were no laws mandating use of devices to protect hearing. Recent studies show an alarming increase in hearing loss in youngsters. Evidence suggests that loud rock music along with increased use of portable radios with earphones may be responsible for this phenomenon.

When noise is too loud, it begins to kill cells in the inner ear.

As the exposure time to loud noise increases, more and more hair cells are destroyed. As the number of hair cells decreases, so does your hearing. Currently, there is no way to restore life to dead hair cells; the damage is permanent.

The damage caused by noise, called sensorineural hearing loss, can be caused by several factors other than noise, but noise-induced hearing loss is different in one important way – it can be reduced or prevented altogether.

Noise can also cause a reversible hearing loss, called a temporary threshold shift. This typically occurs in individuals who are exposed to gunfire or firecrackers, and hear ringing in their ears after the event (tinnitus).

What Causes Noise Induced Hearing Loss?

First, we have to define noise. Sound can be measured scientifically in two ways — intensity and pitch. Both of these affect the degree to which sound (noise) damages hearing.

NIHL: Intensity of Sound

Intensity of sound is measured in decibels (dB). The scale runs from the faintest sound the human ear can detect, which is labeled 0 dB, to over 180 dB, the noise at a rocket pad during launch. Decibels are measured logarithmically, being 20 times the log of the ratio of a particular sound pressure to a reference sound pressure. This means that as decibel intensity increases by units of 20, each increase is 10 times the lower figure. Thus, 20 decibels is 10 times the intensity of 0 decibels, and 40 decibels is 100 times as intense as 20 decibels. Sound intensity may be given in two different units. Persons interested in the actual physical quantification of sound use units of sound pressure level (SPL). SPL is calibrated to a constant sound pressure level that does not vary with frequency. On audiograms, however, sound intensity is calibrated in hearing level (HL), meaning that the reference sound is one that that just barely heard by a normal population. Thus HL units are relative ones and do not generally correspond to SPL units. Higher intensity (db) of sound causes more damage. Many experts agree that continual exposure to more than 85 decibels may become dangerous.

The following table illustrates some common sounds and their intensity.

Approximate Decibel Level Examples
0 dB the quietest sound you can hear.
30 dB whisper, quiet library.
60 dB normal conversation, sewing machine, typewriter.
90 dB lawnmower, shop tools, truck traffic; 8 hours per day is the maximum exposure (protects 90% of people).
100 dB chainsaw, pneumatic drill, snowmobile; 2 hours per day is the maximum exposure without protection.
115 dB sandblasting, loud rock concert, auto horn; 15 minutes per day is the maximum exposure without protection.
140 dB gun muzzle blast, jet engine; noise causes pain and even brief exposure injures unprotected ears; maximum allowed noise with hearing protector.

NIHL

NIHL: Frequency

Pitch is measured in frequency of sound vibrations per second, called Hertz (Hz). Frequency is measured in cycles per second, or Hertz (Hz). The higher the pitch of the sound, the higher the frequency. A low pitch such as a deep voice or a tuba makes fewer vibrations per second than a high voice or violin. Generally noise induce hearing loss occurs at a pitch of about 2000-4000 Hz. Frequency is measured in cycles per second, or Hertz (Hz). The higher the pitch of the sound, the higher the frequency. Young children, who generally have the best hearing, can often distinguish sounds from about 20 Hz, such as the lowest note on a large pipe organ, to 20,000 Hz, such as the high shrill of a dog whistle that many people are unable to hear.

Human speech, which ranges from 300 to 4,000 Hz, sounds louder to most people than noises at very high or very low frequencies. When hearing impairment begins, the high frequencies are often lost first, which is why people with hearing loss often have difficulty hearing the high-pitched voices of women and children.

Loss of high frequency hearing also can distort sound, so that speech is difficult to understand even though it can be heard. Hearing impaired people often have difficulty detecting differences between certain words that sound alike, especially words that contain S, F, SH, CH, H, or soft C, sounds, because the sound of these consonant is in a much higher frequency range than vowels and other consonants.

 

NIHL:Duration

In addition, the duration (how long you are exposed to a noise) can affect the extent of noise induced hearing loss. The longer you are exposed to a loud noise, the more damaging it may be.

Every gunshot produces a noise that could damage the ears of anyone in close hearing range. Large bore guns and artillery are the worst because they are the loudest. But even cap guns and firecrackers can damage your hearing if the explosion is close to your ear. Anyone who uses firearms without some form of ear protection risks hearing loss.

Excessive noise is present in many situations. Some of the more common ones include occupational noise (machinery, etc.), loud music, and non-occupational noise (lawn mowers, snow blowers, etc.).

NIHL: Occupational Noise

Habitual exposure to noise above 85 dB will cause a gradual hearing loss in a significant number of individuals, and louder noises will accelerate this damage. For unprotected ears, the allowed exposure time decreases by one half for each 5 dB increase in the average noise level. For instance, exposure is limited to 8 hours per day at 90 dB, 4 hours per day at 95 dB, and 2 hours per day at 100 dB. The highest permissible noise exposure for the unprotected ear is 115 dB for 15 minutes per day. Any noise above 140 dB is not permitted.


SOURCE: http://american-hearing.org/disorders/noise-induced-hearing-loss/#whatis

 

Canucks For Kids Fund 

September 15, 2016

vancouver_canucks_logo_3956

CPE raises funds for Canucks For Kids Fund (CFKF) through the sale of their Canucks branded dB Blocker™ hearing protectors.

Custom Protect Ear (CPE) will donate $5 to CFKF from every sale of their Canucks-branded dB Blocker™. The Canucks for Kids Fund dedicates resources to assist charities which support children’s health and wellness, foster the development of grassroots hockey, and facilitate and encourage education in British Columbia.

canuck-blockers-webCPE also supplies the Vancouver Canucks with hearing Protectors for use by the Canucks NHL and AHL players and members of their management.

As North America’s largest personalized industrial hearing protector manufacturer, hearing conservation is CPE’s only business. In every workplace, sporting, entertainment or home environment CPE helps protect you from noise induced hearing loss. To get Canucks-branded dB Blockers™ contact us today! 


For more information regarding dB Cares™, or how we both might become better partners in cause related initiatives, call or email us.

We’d love to hear from you.

Are Noisy Workplaces Creating More Stress For Workers?

August 9, 2016

Are Noisy Workplaces Creating More Stress For Workers?

In our North American “stressed out” society are noisy workplaces creating more stress for workers spending large portions of their day exposed to high levels of noise? Nearly 30 – 50 Million Americans are exposed to dangerously high levels of workplace noise, according to the National Institute on Deafness and Other Communication disorders, NIDCD.
stressed employees

Cara James, executive director of the American Tinnitus Association states that “Workplace noise exposure is a growing national health issue that seriously jeopardizes the long-term well-being of workers and the overall productivity of businesses”.

Read Full Article 


Did You Know?

Custom Protect Ear has an array of hearing products that can help reduce stress and hearing loss in the workplace. Our Flagship product dB Blockers™ are hearing protection products made to fit the individual’s ear exactly, this gives the worker a custom hearing protector (earplug) that they can wear all day long, while receiving “REAL WORLD” (what the wearer actually receives) attenuation. See how easy it is to wear dB Blocker hearing protection. dB Blockers™ custom molded hearing protectors (earplugs) are made from the Skinsoft™ blend of medical grade silicones, which is as soft and flexible as your own skin.

Custom Protect Ear (CPE) funds a home for a Cambodian family through the World Housing Initiative

July 11, 2016

Custom Protect Ear (CPE) funds a home for a Cambodian family through the World Housing InitiativeWorld Housing

Surrey, British Columbia, Canada July 11th, 2016

Custom Protect Ear (CPE) reaches out to a struggling family in Phnom-Penh to provide a home for the family of six to live in. Through the humanitarian organization of World Housing with their mission of “A home for everyone”, CPE Chairman, Jeffrey Goldberg and President Howard Raphael at CPE contributed $5,000.00 to build the home that now provides security and stability for Sam and his family.

Sam, his wife and 4 children moved from their village to Phnom-Penh so the children could have access to education. Selling coconuts and then cane juice to earn a living did not provide enough income for a home. Unable to pay rent they slept at the Pagoda. Now with a place for their children to sleep protected from mosquitoes and a place for them to study, Sam’s dreams for a better life for his family are beginning to unfold.

Read More about World Housing 

About World Housing:

World Housing helps provide homes for families living in slums around the world. In the city of Phnom Penh, Cambodia in just 2 short years more than 360 homes housing more than 1800 people have been built for families in need. With help from Private and Corporate funding like CPE, World Housing is able to provide homes for these impoverished families.

 

CPE through their dB Cares Foundation helps causes and charities.

World Housing
Graham Brewster and Alex Holme of World Housing presents a “Thank You” plaque to Howard Raphael and Jeffrey Goldberg of Custom Protect Ear (CPE) while wearing scarves that were made in Cambodia by people in the community of the housing project.

CPE gets involved in Fort McMurray Wildfires!

July 5, 2016

Custom Protect Ear (CPE) contributes to $18,000 worth of donations to Fort McMurray Wild Fire Destruction

Surrey, British Columbia, Canada, July 5, 2016

Custom Protect Ear is proud to contribute to $18,000 worth of funds to the Fort McMurray Wildfire Destruction in Alberta. Raging fires wreaked havoc on the city of Fort McMurray, Alberta in the month of May, 2016. Starting May 1st the fire was estimated to cover 589,995 hectares after raging through Northern Alberta and into Saskatchewan destroying approximately 2,400 homes and buildings.

CPE, being a North American Based company was affected by this disaster as the fire impacted their clients and employees. As a result, CPE through the dB Cares™ initiative stepped up to support the community of Fort McMurray with contributions that totalled $18,000.  dB Cares™ is a Custom Protect Ear (CPE) initiative created to address the impact our doing business has on the environment and to help support the people and community where we live and work.

CPE Chairman, Jeff Goldberg and Chief Executive Officer (CEO), Howard Raphael initiated the support through the combined efforts of the following:

  • CPE employees contributed a total of $3,000.00
  • CPE Chairman Jeff and CEO Howard matched that contribution to raise it to $6,000.00
  • CPE Donated this $6,000.00 to the Canadian Red Cross who matched the funds, bringing the total to $12,000
  • And the Canadian Government also matched the funds to bring the total to $18,000

Cause related initiatives are important to CPE’s culture, and we are committed to assist where we can”, states Howard Raphael, CEO of Custom Protect Ear.

Fort McMurray Wildfires!

About The 2016 Fort McMurray wildfire

The 2016 Fort McMurray wildfire, also known as the Horse River Fire, is a large wildfire burning in Alberta and Saskatchewan, Canada.

On May 1, 2016, the wildfire began southwest of Fort McMurray, Alberta. On May 3, it swept through the community, destroying approximately 2,400 homes and buildings and forcing the largest wildfire evacuation in Albertan history.  It continued to spread across northern Alberta and into Saskatchewan, consuming forested areas and impacting Athabasca oil sands operations until mid-June when rain helped firefighters to hold the fire. It may become the costliest disaster in Canadian history.

Fort McMurray Wildfires!

About Custom Protect Ear

Over three decades, Custom Protect Ear (CPE) has grown to be North America’s largest personalized industrial hearing protector manufacturer. CPE is the leader in providing effective, verifiable, and noise level matched hearing protection at a cost lower than alternative options. CPE devotes all of its research and expertise to the innovation of better hearing protection and has made significant technological advances. CPE serves over 4,500 companies and businesses around the globe; its certified mobile technicians do custom on-site fittings at their industrial sites. Custom Protect Ear has a registered ISO 9001: 2008 quality management system in place, which ensures CPE delivers the finest and most effective hearing protection available on the market.

For further information, please contact:

Laura Bennett
Custom Protect Ear
Phone: 604-635-3250 | 1800-520-0220 ext. 322
Email: lbennett@protectear.com