Skip to main content

«  View All Posts

Technical insight 002: VOC levels

Thomas Besley | 1 min. read

Understanding the impact of VOC levels on bonding

Volatile Organic Compounds (VOCs) are found in a huge range of products from paints and finishes to deodorant. They are a cause for concern for the Environmental Protection Agency (EPA) and air quality boards across the USA and Europe. VOCs have been found to be a major contributing factor to the production of ozone, a common air pollutant proven to be a public health hazard. Does your current product measure up?

VOCs are defined as “any organic compound whose boiling point is in the range from (50°C to 100°C) to (240°C to 260°C), corresponding to having saturation vapour pressures at 25°C greater than 100kPa (World Health Organisation, as cited in ISO 16000-6).

Many manufacturers are being forced to reduce their VOC levels year on year. Therefore, as part of our commitment to continuous development, and prompted by a specific customer request, we sent our FORMOA 010 product for testing to determine the VOC level. The product was tested to the SCAQMD (rule 1168).

Products tested must have a VOC level of less than 70g/l in order to comply. In both tests FORMOA 010 fell well within the VOC parameters set out in this regulation. The gravimetric test result for FORMOA 010 was 18g/l and the GC/MS (more comprehensive) test result was 2.7g/l.

Clearly FORMOA 010 meets and exceeds the requirements of SCAQMD and also complies with LEED regulations – an internationally recognised third-party verification for green buildings.

Thomas Besley

Thomas is the Content Manager here at Forgeway. Thomas' job is to translate the technical jargon from the ivory tower of academia into easy-to-read content that everyone can understand. Forgeway's mission is to answer every question our customers and prospective clients ask, or are apprehensive to ask.