Quality is our top priority
Quality control covers our entire process, from design to distribution, and we have obtained various CE marking certificates for our products. Continuous improvement is our standard, and we continually look at technical improvements to enhance our customers’ experience, from design to maintenance.
At MHA, quality is our top priority. We operate to stringent UNE EN ISO 9001:2008 quality standards, ensuring that every stage, from design to distribution, meets the highest international standards. Our commitment to quality is reflected in our Lloyd’s Register Quality Assurance Ltd and ENAC certification, endorsing the excellence of our products.
Quality manufacturing for a sustainable world
Method
MHA is aware of the importance of the role it plays with respect to the environment, being a family business that lives intensely its cultural and geographical roots, with the ultimate goal of causing the least possible environmental impact with its activity.
MHA develops its own technologies and methodologies to obtain the maximum and most efficient production and storage performance with the lowest possible levels of waste, obtaining efficient synergies from the areas of production design to the distribution of our products.
The quality control of our products includes a detailed assessment of raw material wastage, waste from cutting, moulding, assembly, bath waste and packaging.
We manage the waste and residues from production and storage responsibly and store them in a covered place, isolated from atmospheric and environmental agents, thus guaranteeing a waste management without the possibility of contamination.
Renewable energies
We are taking another step forward in the field of sustainability and we are in the process of installing our own solar panels in our facilities. In this way, we are making the leap to another more sustainable energy model: solar energy, whose main difference with non-renewable energies is that they are unlimited. In other words, they do not exhaust the finite resources of the planet, such as fossil fuel sources, which nature takes millions of years to generate.
The main problem with the use of these fuels does not lie in their scarcity, but in the environmental impact of their use. They emit greenhouse gases that contribute to climate change. The gases emitted also produce atmospheric pollution, which is associated with an increase in the incidence of certain diseases such as certain cancers and respiratory illnesses. In fact, 80% of carbon dioxide, sulphur dioxide and nitrogen oxides emissions are caused by these fuels.
Solar energy is emission-free, as it does not require combustion for its use. In addition, the photovoltaic panels are made of silica, the second most abundant material on earth and is non-toxic and non-polluting.
The installation of these panels reduces by around 40% the t of CO2 eq. associated with the use of electrical energy in MHA.
Renewable energies
We are taking another step forward in the field of sustainability and we are in the process of installing our own solar panels in our facilities. In this way, we are making the leap to another more sustainable energy model: solar energy, whose main difference with non-renewable energies is that they are unlimited. In other words, they do not exhaust the finite resources of the planet, such as fossil fuel sources, which nature takes millions of years to generate.
The main problem with the use of these fuels does not lie in their scarcity, but in the environmental impact of their use. They emit greenhouse gases that contribute to climate change. The gases emitted also produce atmospheric pollution, which is associated with an increase in the incidence of certain diseases such as certain cancers and respiratory illnesses. In fact, 80% of carbon dioxide, sulphur dioxide and nitrogen oxides emissions are caused by these fuels.
Solar energy is emission-free, as it does not require combustion for its use. In addition, the photovoltaic panels are made of silica, the second most abundant material on earth and is non-toxic and non-polluting.
The installation of these panels reduces by around 40% the t of CO2 eq. associated with the use of electrical energy in MHA.
Cutting-edge technology in hardware and ironmongery.
