Pindstrup denote the launch of pure Forest Gold wood fibre give birth in big bags . Forest Gold is wood fibre designed and optimize for utilization in horticulture . For more than 15 years , the Pindstrup Group has explicate and refined Forest Gold , in close collaboration with growers around the world .
While most customers take delivery of substrate pre - mixed with Forest Gold that are ready for function in their surgical process , Pindstrup also see an increased requirement among professional growers for pure Forest Gold . That is why Pindstrup now launches pitch of Forest Gold in big bags , allowing client to blend their own substratum at their procedure .
“ We are very pleased to offer this root to our customer across the globe , ” says Jens Jorgen Hjortshoj , CCO of the Pindstrup Group . ” Forest Gold in big bag will countenance customers create their own mixes , and to many functioning this flexibility is an reward . In addition , bring forth compressed big bag allows us to bid Forest Gold at an attractive cost . ”
Pure Forest Gold in bad bags can be used directly with any received bale discharger equipment without any additional toll or investment funds , which is a major vantage for all growers who want to control the intermixture process themselves .
Big bag with double-dyed Forest Gold will measure 102.5 x 108 x 245 cm ( 40 x 42.5 x 96.5 inches ) , and they will hold 12 cubic meter ( EN12580 ) .
Along with offer unadulterated Forest Gold in big bag , the Pindstrup Group will remain to supply substrates pre - motley with Forest Gold in 300 litre bales and 6 cubic time big bags .
Forest Gold wood vulcanized fiber is base on responsibly sourced wood chip from deal trees ( FSC certified ) , which are heated to gamy temperatures and spun into well - defined fibre using high - pressure steam – a cognitive operation that ensures the textile is free from weeds , diseases and harmful organisms . The fibres are then carefully mixed with a little amount of high - caliber Pindstrup peat , which guarantee storage stableness of the product .
