Cockroaches are insects of the order Blattaria or Blattodea. The best known cockroach species are the American cockroach, Periplaneta americana, the German cockroach, Blattella germanica, the Asian cockroach, Blattella asahinai and the Oriental cockroach, Blatta orientalis. The name "cockroach" comes from the Spanish word for cockroach, cucaracha, transformed by English folk etymology into "cock" and "roach". The scientific name for cockroaches derives from the latinized Greek name for the insect blátta; Ionic and Attic Greek: blátte. Recent genetic evidence strongly suggests that termites (note, ants are NOT termites) evolved directly from true cockroaches. Cockroaches live in a wide range of environments around the world. Cockroach species adapt readily to a variety of environments, but prefer warm conditions found within buildings. Many tropical cockroach species prefer even warmer environments and do not fare well in the average household. Cockroaches have the ability to very quickly become resistant to most artificial poisons in the organophosphate stable, but cockroaches are not able to become immune against for instance boric acid or diatomaceous earth as these inter alia physically destroy them. Bacteria and pathogenes are known to be spread by cockroaches and about 60% of all childhood asthma is caused by cockroach droppings and carcasses. Cockroaches leave chemical trails in their faeces, as well as emitting airborne pheromones for swarming and mating. These chemical trails of cockroaches transmit bacteria onto surfaces, so much for hygiene! Other cockroaches will follow these trails to discover sources of food and water, and also discover where other cockroaches are hiding. Thus, cockroaches can exhibit emergent behaviour. Cockroaches are mainly nocturnal and will run away when exposed to light. A peculiar exception is the Asian cockroach. Cockroaches are most common in tropical and subtropical climates. Some species are in close association with human dwellings and cockroaches are widely found around garbage or in the kitchen. Cockroaches are generally omnivorous and roaches are known to feed on anything including toothpaste, paper and even the carcasses of other cockroaches - cannibalistic behaviour amongst cockroaches has also been observed. Cases where cockroaches have nibbled at extremeties of babies and dried food around their mouths as well as the nails and earlobes of sailors are on record.
ECOZAP Cockroaches are insects of the order Blattaria or Blattodea. The best known cockroach species are the American cockroach, Periplaneta americana, the German cockroach, Blattella germanica, the Asian cockroach, Blattella asahinai and the Oriental cockroach, Blatta orientalis. The name "cockroach" comes from the Spanish word for cockroach, cucaracha, transformed by English folk etymology into "cock" and "roach". The scientific name for cockroaches derives from the latinized Greek name for the insect blátta; Ionic and Attic Greek: blátte. Recent genetic evidence strongly suggests that termites (note, ants are NOT termites) evolved directly from true cockroaches. Cockroaches live in a wide range of environments around the world. Cockroach species adapt readily to a variety of environments, but prefer warm conditions found within buildings. Many tropical cockroach species prefer even warmer environments and do not fare well in the average household. Cockroaches have the ability to very quickly become resistant to most artificial poisons in the organophosphate stable, but cockroaches are not able to become immune against for instance boric acid or diatomaceous earth as these inter alia physically destroy them. Bacteria and pathogenes are known to be spread by cockroaches and about 60% of all childhood asthma is caused by cockroach droppings and carcasses. Cockroaches leave chemical trails in their faeces, as well as emitting airborne pheromones for swarming and mating. These chemical trails of cockroaches transmit bacteria onto surfaces, so much for hygiene! Other cockroaches will follow these trails to discover sources of food and water, and also discover where other cockroaches are hiding. Thus, cockroaches can exhibit emergent behaviour. Cockroaches are mainly nocturnal and will run away when exposed to light. A peculiar exception is the Asian cockroach. Cockroaches are most common in tropical and subtropical climates. Some species are in close association with human dwellings and cockroaches are widely found around garbage or in the kitchen. Cockroaches are generally omnivorous and roaches are known to feed on anything including toothpaste, paper and even the carcasses of other cockroaches - cannibalistic behaviour amongst cockroaches has also been observed. Cases where cockroaches have nibbled at extremeties of babies and dried food around their mouths as well as the nails and earlobes of sailors are on record.
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Bugged by Cockroaches, Fishmoths, Crickets...? your answer is EcoZap ! EcoZaptm is the ONLY scientifically tested pesticide on the market combining the double killing power of Boric Acid with that of Diatomaceous Earth. Two naturally occuring elements  scientifically proven to kill cockroaches and other insects! EcoZaptm is the economical DIY answer! No need for dangerous organophosphates! No need for special equipment! No need for expensive services! We are not shy to produce the test results [note copyright!] as years of experimentation have gone into this seemingly simple, yet highly effective product and we believe this kind of information should be
dead cockroach
made public knowledge in any case - regardless of product! We are not afraid of competition, even with the foregoing information, there are enough cockroaches and other pests to keep us all busy. Environmentally friendly Not only is it highly effective, but EcoZaptm contains NO pyrethroids or organophosphates - this is good news for all of us realizing the bad side effects of those chemicals, many originally designed to kill humans in chemical warfare! EcoZaptm less toxic than table salt The active ingredient in EcoZaptm is Boric Acid which has a toxicity LD50 of 5140mg/kg which is less toxic than table salt, paracetamol, cannabis, aspirin and caffeine to name a few substances; notwithstanding widespread and unsubstantiated rumours to the contrary. Efficacy The efficacy of EcoZaptm in killing cockroaches, fishmoths and crickets has been proven scientifically. Further independent studies have confirmed the efficacy of Boric Acid in killing not only cockroaches but also termites, ants, ticks [page 8,12 & 13], mites, fungus and fleas  [page 312, boric acid very effective]; as well as this document. Apart from Boric Acid killing the insects from within by destroying their digestive system, we have added Diatomaceous Earth into the mix which acts as a desiccant, it has microscopic silica pieces which not only dry the insects from the outside, but cuts them to death. The sugar is added as an attractant. EcoZaptm kills most pests within 5 to 7 days. Nymphs [the off-spring] seem to be the toughest and they are mostly all dead within 14 days, which means that the breeding cycle is disturbed and your problem should be solved! EcoZaptm is a contact poison, in other words insects must be able to get in contact with it. EcoZaptm kills the insects, it does not flush them to your neighbour from where they will come back to you as is the case with so many ‘quick- result’ remedies on the market! Long-lasting Unlike artificial poisons EcoZaptm will not evaporate after a couple of days or hours, it will still be effective for as long as it is there. The active ingredient has been given a ‘shelf life’ of between 2 years to ‘unlimited’, the majority of sources give it at least five years. But, as you remove EcoZaptm, by for instance cleaning out, you will have to re-apply it.
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