Bewood wooden case for Xiaomi Redmi Note 13 Pro 5G bocote

Key features.• 100% protection;• Made of natural wood;• Compatible with inductive chargers (QI technology);• Does not interfere with the contactless payment signal;• Compatible with front protective glass;• Light, does not thicken the phone;• TPU silicone [covering the sides of the phone on all four sides];• Shock-absorbing material;• Perfectly fitted to the shape of the phone;• Anti-slip layer guarantees a secure grip;• Easy access to the charging port, keys and ports;• Carefully designed button embossing;• Manual wood processing and finishing;• Precision of workmanship;• Warranty: 12 months. Made in Poland.All Bewood products are made in Poland. Wooden cases are produced in a workshop located near Warsaw. An experienced team of people oversees the creation of each wooden case, from design to packaging and shipping to the customer. Bewood takes full responsibility for the goods, as the entire complex production process takes place in Poland in compliance with all quality standards.Materials.Each Bewood wooden case is unique. It is made of carefully selected wood sourced in Poland but also from the farthest corners of the world. Bocote.The most expensive wood in the world. This extremely intriguing name is given to a species of wood sourced from forests growing in South America – primarily in Bolivia. Other names include Morado, Ibramoroti. This species of wood belongs to the rosewood family. It is distinguished by its exceptional elegance and durability. Due to its ease of processing, this wood is used in the production of exclusive joinery, artistic objects, and musical instruments. It is also very suitable for flooring. It is a hard and damage-resistant wood with a distinct and intricate grain pattern. This impression is enhanced by its surprisingly rich color range. Hues ranging from light red with brown hues to purple-brown with black or olive stripes make rosewood products very attractive. This species is sensitive to light - after some time its shade becomes intensely brown.