Other Applications
Printing & Dyeing & Textiles
SEED’s cellulose derivatives excel across diverse textile applications including reactive dye printing on cotton and cellulosic fibers, pigment printing for polyester and cotton blends, discharge printing creating white or colored patterns on dyed grounds, resist printing with localized pattern protection, digital textile printing paste formulations, direct dye printing for cellulosic fibers, acid dye printing for protein fibers (silk, wool), disperse dye printing for synthetic fibers, batik and traditional craft textile techniques, warp sizing for yarn strengthening before weaving, fabric finishing and coating applications, nonwoven fabric bonding and strengthening, and carpet backing formulations.
Animal feed
SEED’s cellulose derivatives excel across diverse feed applications including poultry feeds (broiler, layer, breeder formulations), swine feeds (starter, grower, finisher, sow feeds), ruminant feeds (cattle, sheep, goat), equine feeds and supplements, aquaculture feeds (fish, shrimp, prawns requiring water-stable pellets), companion animal nutrition (dog food, cat food, specialty pet feeds), rabbit and small animal feeds, livestock mineral supplements and premixes, specialty feeds for exotic and zoo animals, organic and natural feed formulations, medicated feeds requiring uniform drug distribution, and high-performance feeds for breeding, racing, or production animals. They perform across complete feeds, concentrates, supplements, and specialty nutrition products.
Welding Electrodes
SEED’s cellulose derivatives excel across diverse welding electrode applications including rutile-coated electrodes (E6013, E7014 types) for general-purpose welding, basic low-hydrogen electrodes (E7016, E7018 types) for structural steel welding, cellulosic electrodes (E6010, E6011 types) for pipeline and deep penetration welding, iron powder electrodes for high-deposition-rate applications, stainless steel electrodes for corrosion-resistant welding, special alloy electrodes for high-temperature or specialized applications, hardfacing electrodes for wear-resistant surfacing, cast iron welding electrodes, and specialized electrodes for maintenance and repair welding.
Ceramics
SEED’s cellulose derivatives are suitable for a wide range of ceramic applications, including sanitary ware manufacturing (using slip casting to produce toilets, sinks, and bathtubs), floor and wall tile production (using extrusion and dry pressing processes), pottery and art (using wheel throwing, winding, and hand-forming processes), refractories (bricks, crucibles, furnace linings), technical ceramics (alumina, zirconia, silicon carbide components), ceramic fiber manufacturing, glaze formulations for various ceramic types, glaze and slurry decoration applications, ceramic powder spray drying, advanced ceramics for electronics and aerospace, ceramic core material manufacturing for investment casting, and traditional ceramic processes.
Leather
SEED’s cellulose is suitable for a wide range of leather applications, including: finishing of full-grain leather for footwear, apparel, and upholstery; finishing of corrected-grain leather for furniture and automobiles; finishing of suede and nubuck for specialty leather products; patent leather formulations; finishing of aniline and semi-aniline leather emphasizing a natural look; manufacturing of synthetic leather for footwear, bags, and upholstery; finishing of automotive leather seats and trims; finishing of leather garments; finishing of leather products (bags, belts, accessories); finishing of bookbinding leather; specialty leather for technical applications; and environmentally friendly leather processing emphasizing sustainable materials.
Oil Drilling
SEED’s cellulose derivatives excel in drilling applications, suitable for onshore oil and gas well drilling, offshore platform and deepwater drilling operations, horizontal and directional drilling requiring wellbore stability, shale gas and tight formation drilling, geothermal well drilling, water well and environmental monitoring well drilling, mineral exploration and mining core drilling, underbalanced and controlled pressure drilling operations, salt and evaporite drilling, permafrost and Arctic environment drilling, expansive clay and active shale drilling, completion fluid and well workover operations, and special drilling operations in environmentally sensitive areas.
