Disclosed is a splicing method for seamless butted laminated bamboo lumber (LBL), falling within the technical field of LBL. According to the present disclosure, positions needing to be spliced on end faces of bamboo materials are applied with glue adhesive, and butted by tenon-mortise structures, the tenon-mortise structure being at least one of a semicircle, a semi-ellipse, a V-shape and a U-shape. An included angle between a plane at a top of the V-shape and the end face of the bamboo material is greater than 14 when a single V-shape is adopted. According to the present disclosure, by butting the bamboo materials, products with any length, width and thickness can be produced, and the produced products are seamless, which improves the strength and stability of the products.

The present invention relates to the field of producing eco-friendly material such as pads made from agricultural waste, such as banana crop fibers, for use in various applications such as with evaporative coolers. The invention provides methods for manufacturing durable and biodegradable cooler pads suitable for use in evaporative cooling systems, for erosion control, and agricultural applications. The pads are formed by laying out banana fibers in a predetermined configuration and applying a biodegradable bonding agent to the fibers. The bonded pads are then dried, packaged, and made ready for use in evaporative coolers. Importantly, the bonding agent employed ensures that the pads remain intact and do not disintegrate when exposed to water such as in the evaporative cooling process.

The present invention relates to the field of animal bedding and, more specifically, to pads made from banana fiber for use as animal bedding. The invention provides a novel method for manufacturing durable and biodegradable pads. The pads are formed by laying out banana fibers in a predetermined configuration and applying a biodegradable bonding agent to the fibers. The bonded pads are then dried, packaged, and made ready for use as bedding. Importantly, the bonding agent employed ensures that the pads remain intact and do not disintegrate when exposed to water.

The present invention relates to the field of animal bedding and, more specifically, to pads made from banana fiber for use as animal bedding. The invention provides a novel method for manufacturing durable and biodegradable pads. The pads are formed by laying out banana fibers in a predetermined configuration and applying a biodegradable bonding agent to the fibers. The bonded pads are then dried, packaged, and made ready for use as bedding. Importantly, the bonding agent employed ensures that the pads remain intact and do not disintegrate when exposed to water.