February 06, 2012
The International Organisation for Standardisation was founded in 1946, in Geneva, Switzerland, to create and maintain international standards for the manufacture, testing and quality of products from credit cards to software to quality systems.
Today, the organization is comprised of government, business, and industry representatives from over 100 nations worldwide, and ISO 9001 registration has become the world standard for quality system excellence.
ISO 9001 is the organization's quality standard developed specifically for manufacturing and service companies like The Garland Company. The ISO 9000 family of standards provides a measure by which to judge a company's total involvement in and commitment to a philosophy of continuous improvement and customer satisfaction.
In 1994, The Garland Company, Inc. became the first roofing manufacturer in the United States to become ISO 9000 certified. More recently, we achieved ISO 9001:2000 certification to support our ongoing commitment to continual quality improvement. Specifically, ISO 9001 monitors Garland's ability to consistently meet pre-established standards for quality in the research, production, quality control, and services related to our roofing and flooring products. The end result is quality you can count on in everything that Garland provides to ensure long-term roofing and flooring performance.
With The Garland Company’s total commitment to providing, innovative products technical design and workmanship to the highest standard it is natural that all systems and applications are backed up by long standing, credible guarantees.
In the knowledge that the correct installation of systems is a critical step in ensuring long term performance, Garland will only recommend contracting companies whose attitudes towards site performance and customer care are in line with the same high principles as their own.
In order to fully understand your project, your Garland Regional Technical Manager will thoroughly inspect your existing roof. Examining the construction and condition of the insitu system as well as identifying any associated construction problems.
