GSI Outdoors Personal Java Press tourist coffee machine blue 79412 (79412)

The GSI Outdoors Personal Java Press in blue combines a modern approach to coffee brewing with high outdoor functionality. The construction is based on carefully selected materials that ensure durability and safety of use in any terrain conditions.

Durable and Safe Materials

The GSI Outdoors Personal Java Press is made from copolyester, polypropylene, stainless steel, and recycled polyethylene terephthalate (R-PET), resulting in high resistance to mechanical damage and thermal stability. The EVA foam and neoprene used provide increased thermal insulation and protect hands from heat. All materials are BPA-free, highlighting their environmental friendliness and safety for food contact.

Practical Design Solutions

The Personal Java Press features an insulated double-layer construction that effectively maintains the temperature of the beverage for longer. The ergonomic handle and compact design facilitate use during both short trips and longer expeditions. With a capacity of 591 ml, it allows for brewing coffee for one or two people, which will be appreciated by all lovers of freshly brewed coffee on the trail.

Eco-Friendly Production Approach

The use of recycled polyethylene terephthalate (R-PET) and the elimination of BPA demonstrate the brand's commitment to environmental responsibility. Carefully selected materials allow for repeated use of the product without negatively impacting the environment. Safe components ensure comfort and confidence during everyday use in nature.

GSI Outdoors Personal Java Press blue - Features:

• Made from copolyester, polypropylene, and stainless steel;
• Thermal insulation provided by EVA foam and neoprene;
• Utilisation of recycled polyethylene terephthalate (R-PET) in the construction;
• All materials are BPA-free and safe for food contact;
• Double-layer construction preventing loss of beverage temperature;
• Coffee maker with a capacity of 591 ml, ideal for longer trips;
• Ergonomic handle for easier use in the field;
• High resistance to mechanical damage and external factors;
• Compact design conducive to transport and storage;
• Production process with care for the natural environment.