Sustainability at IP Enclosures

Precision Protection for a Changing Planet

At IP Enclosures, sustainability is not an afterthought, it’s engineered into every product we make. We recognise that in today’s world, the reliability of critical infrastructure is closely linked to the reliability of our climate systems, and our role is to protect both.

Our electrical enclosures safeguard sensitive electronics, control systems, and data acquisition equipment in some of the harshest and most variable environments on Earth, and beyond. From coastal environmental monitoring stations exposed to salt spray, to research facilities in polar regions, to aerospace systems operating under extremes, we engineer enclosures to provide both protection of electrical equipment and protection of the planet by reducing the environmental impact over their lifecycle.

Engineered for Harsh, Changing Climates

Climate conditions are shifting faster than many infrastructure designs can adapt. Scientific field teams, aerospace missions, and high-value industrial operations demand enclosures that perform flawlessly in unpredictable conditions, from prolonged heatwaves to sudden ice storms.

Our enclosures are precision-fabricated using:

• 304L and 316L stainless steel for high corrosion resistance in saline, chemical, and humid environments.
• Marine-grade aluminium with advanced powder coating for a high strength-to-weight ratio and reduced embodied carbon.
• AkzoNobel UV-stable powder coatings to prevent degradation under intense solar exposure.

Protection ratings such as IP66 and IK10, combined with strict compliance to IEC/EN 60529, IEC/EN62208, IEC/EN61439 and CE/UKCA/UL certifications, ensure your mission-critical assets remain fully operational even under the most punishing environmental stresses.

Sustainability Through Longevity and Lifecycle Design

An enclosure’s environmental footprint is not just in its manufacture, it’s in its entire lifecycle. By engineering for decades of operational use rather than years, we:

• Reduce the frequency of replacements, lowering both material waste and operational disruption.
• Protect scientific datasets and mission continuity by avoiding unplanned downtime.
• Deliver long-term ROI for procurement teams, as capital expenditure is spread over far greater operational timeframes.

Each enclosure is designed for easy component replacement and recyclability, with materials selected for recovery and reuse at end-of-life. This supports both the circular economy and corporate ESG compliance requirements.

Enabling Climate and Environmental Science

IP Enclosures is proud to be a silent partner in some of the world’s most important environmental monitoring projects. Our enclosures house instrumentation for:

• Atmospheric chemistry monitoring (measuring greenhouse gases, ozone, and aerosols)
• Hydrological, oceanographic and glacier data collection
• Seismic and volcanic activity detection
• Biodiversity and habitat monitoring networks

By ensuring that environmental sensors remain functional in flood-prone wetlands, sub-zero tundra, or remote desert outposts, we help secure the continuity of climate datasets that guide environmental policy and planetary stewardship. In this way, we are not only protecting against climate, we are protecting the climate itself.

Manufacturing for Low Environmental Impact

Our production facilities integrate lean manufacturing principles, optimising sheet utilisation to minimise waste. All metal offcuts are recycled, and any defective powder coating is reclaimed for reuse where feasible.

We actively explore low-GWP (Global Warming Potential) refrigerants in our enclosure cooling systems and are trialling renewable-energy-powered production processes. By constantly refining our manufacturing footprint, we aim to lead the electrical enclosure industry toward lower embodied carbon per unit of production, without compromising the precision and durability for which IP Enclosures is known.

Designed for the Next Frontier

High-performance industries such as NASA, aerospace organisations, defence contractors, and advanced research institutes face environmental challenges that push traditional engineering beyond its limits. We work alongside these sectors to develop solutions for:

• High-vibration, high-shock environments (rocket launch sites, vehicle test facilities)
• Controlled environments with strict EMI/RFI shielding requirements
• Experimental installations explosed to dust, temperature swings, and atmospheric compositions

By combining extreme climate sealing with sustainable materials and processes, we help ensure that even the most advanced projects meet both mission performance and sustainability criteria.

Sustainability and Procurement in High-Performance Industries

For procurement teams operating in high performance industries, IP Enclosures provides:

• Performance history in mission-critical projects across multiple continents and climates.
• Global compliance for ease of procurement and deployment in multi-national projects.
• Reduced total cost of ownership, thanks to durability, minimal maintenance, and long operational lifespans.
• Alignment with environmental and climate-protection mandates, backed by a proven supply chain and recyclable materials.

Our enclosures don’t just protect technology, they protect the data, research, and missions that protect the planet.

Sustainability Policy: Our Commitment to Sustainability

At IP Enclosures, we are committed to delivering high-performance electrical enclosures while minimising our environmental impact. We integrate sustainable practices into our operations to contribute to a more sustainable future.

1. Energy-Efficient Manufacturing

We continuously seek to optimise our manufacturing processes to reduce energy consumption. By implementing energy-efficient technologies and practices, we aim to lower our carbon footprint and promote sustainable production.

2. Sustainable Materials

Our enclosures are crafted from durable materials such as powder-coated steel, stainless steel, and aluminium. These materials are selected for their longevity and recyclability, ensuring that our products are both robust and environmentally responsible.

3. Waste Reduction

We strive to minimise waste throughout our production processes. By optimising material usage and recycling scrap materials, we reduce landfill contributions and promote a circular economy.

4. Product Longevity

Designed for durability, our enclosures are built to withstand harsh environments, reducing the need for frequent replacements. This longevity contributes to resource conservation and waste reduction.

5. Supporting Renewable Energy Initiatives

Our products are utilised in various renewable energy projects, including solar and wind energy installations. By providing reliable enclosures for these applications, we support the transition to cleaner energy sources.

6. Repair and Recycle Pathways

• Component-level replacement: Doors, locks, hinges, and seals can be replaced without scrapping the full enclosure.
• Metal recovery: Stainless steel and aluminium can be returned into certified secondary manufacturing streams.
• Coating reclamation: Powder overspray and removed coatings can be reclaimed or disposed of as non-hazardous waste.
• Seal recycling: Silicone and EPDM seals are recoverable via specialist recycling programs.

7. Compliance and Environmental Standards

Looking Ahead

At IP Enclosures, we engineer sustainability into every product, ensuring that critical infrastructure survives and performs through decades of environmental change, while leaving the lightest possible footprint on the planet.

We recognise that sustainability is an ongoing journey. IP Enclosures is dedicated to continuous improvement, exploring new ways to enhance our environmental performance and contribute positively to the communities we serve.

For more information about our sustainability practices or to discuss how our products can support your environmental goals, please contact us.