P. Henkel GmbH products

120 l or 200 l for efficiency and manoeuvrability in disposal of used cooking fat! Our FATBOXX® containers stand out with their durability as well as their back-friendly and safe handling. Demand-orientated disposal solutions are required for generating true added value from kitchen fats. We at P. Henkel have made it our mission to offer advanced solutions for the disposal of kitchen fats, oils, food waste and slaughterhouse wastes that live up to the requirements of our day and age – sophisticated, safe, and efficient.

The FATBOXX®easy is a 60-litre waste grease container designed to facilitate the collection and disposal of used cooking oils and fats in an efficient and sustainable manner. Engineered with robust materials, it features a leak-proof and odor-proof design enabled by a patented snap lock system. The container`s ergonomic design, complete with integrated wheels, ensures ease of movement and handling, even when fully loaded. Notably, it can handle hot contents up to 110 degrees Celsius, making it ideal for demanding environments like commercial kitchens. It also supports sustainability by contributing to the production of biodiesel and SAF, and is fully recyclable, designed for a lifespan exceeding five years. The container`s design allows it to be easily stackable, enhancing transportation efficiency and reducing emissions.

The UN-BOXX is a modern solution for the collection and transport of hazardous waste, designed to prioritize safety and efficiency. Comprising of high-density polyethylene (HDPE), it possesses a robust and durable construction with a corrosion-resistant steel axle, ensuring long-term reliability. Its leak-proof, airtight, and light-proof design, combined with a patented lid and secure sealing system, guarantees safe handling of hazardous materials, such as paint residues and flammable substances. UN-approved and ADR-compliant, the container is capable of stacking and features quick wheel changes for enhanced mobility and space-saving storage. It is also available in a permanently antistatic version, suitable for environments where sudden discharges must be avoided. This container meets rigorous safety standards and minimizes both environmental impact and health risks to personnel, making it a prudent choice for waste management operations.

The MGBround waste container by P. HENKEL GmbH introduces an innovative spherical base design, offering optimal emptying and ease of handling. These containers are constructed with hygiene, stability, and cost efficiency in mind, making them suitable for food, domestic, and organic waste disposal. Their corner-free, edge-free design enhances cleanliness, while their robust construction ensures resistance to heat, cold, chemicals, and UV rays. The containers adhere to ISO 9001 and IATF 16949:2016 standards, showcasing their durability and recyclable nature. The MGBround container facilitates operational efficiency with corrosion-resistant steel axles, full-rubber tires, and a low-noise lid, making them compatible with various loading systems. Environmentally conscious, they can be produced entirely from recycled HDPE and comply with ISO 4001 standards. Their ergonomic design allows for easy maneuvering and a compact stacking feature, optimizing space during storage and transport.

The MGBeco and MGBstandard two-wheeled waste containers represent a modern solution for efficient waste management. Designed with stability, easy handling, and optimized use of space in mind, these containers address the operational needs of waste disposal companies. They offer practical features, such as stackability, smooth inner walls, sophisticated design, and large wheels with a continuous handlebar, promising easy handling and maintenance. The containers are lightweight, contributing to reduced fuel consumption by collection vehicles, enhancing sustainability. Furthermore, the containers adhere to international standards like ISO14001, are recyclable, and support eco-friendly waste management practices. Reliable and robust, they can withstand various environmental conditions and are resistant to heat, cold, chemicals, and UV exposure. Certified to multiple standards, they ensure safety and durability over a long lifecycle, aligning with both economic and environmental objectives.