Sanding - Import export

Details extraction using horizontal work surface, scratchproof thanks to felt cladding main structure formed by self-supporting galvanized panels with non-cutting edges low control panel wired with flame-retardant cable extractor with belt traction system high efficiency, antistatic, aluminum coated polyester filtering cartridge compressed air filter cleaning system with manual operation compressed air storage tank inside machine internal dust collection drawers deflectors inside machine to facilitate air conveying and dust collection in drawers rear vertical walls Optional: vertical wall behind extractor and/or which can be tilted rubber wheels for easy movement

TIPPING BUCKET FOR MOVING SAND OR SNOW New bucket made with sturdy steel structure and high load capacity which makes it suitable for handling materials such as rubble, earth, sand, gravel, snow, fertilizers, grains etc., using a forklift. The automatic tipping is practical and safe, in fact, without getting off the elevator, the operator can operate the spring release system using a practical rope. TECHNICAL FEATURES: - Thick blade, welded on the bottom - Sturdy shovels for forking by forklift or vehicles equipped with forks - Two spring clips to cushion strong blows during unloading - Two-component acrylic water-based painting Red Ral 3000

The standard model is made with wetted parts manufactured in AISI 304, the support legs in treated and painted carbon steel, filter element of quartz sand of suitable grain size. Special executions and alternative materials are available on request. Typical applications: tertiary treatment of civil and industrial waste water, surface water clarification, treatment of drinking water, primary filtration of civil and industrial waste water, clarification of metallurgical industry cooling water, algae removal, pre-treatment for ultra-filtration membrane installations, pre-treatment for ozonisation plants, finishing treatment with active carbon. - Low first costs and plant management costs - High efficiency and reliability for the removal of suspended solids, even colloidal - Exclusive backwash system which uses raw water rather then filtered water - External sand recirculation system - Ease of installation Possibility of gravity feed, thanks to its low pressure drops

Details wall-mounted extraction with deflector profiles to increase filtering efficiency; easily removable for fast maintenance inside machine main structure formed by self-supporting galvanized panels with non-cutting edges lv control panel wired with flame-retardant cable atex lighting extractor with belt traction system high efficiency, antistatic, aluminum coated polyester filtering cartridges automatic compressed air filter cleaning system by detecting clogging of cartridges compressed air storage tank inside machine internal dust collection drawers deflectors inside machine to facilitate air conveying and dust collection in drawers Optional: dust extraction station with insulated paneling and, if necessary, wall-mounted filtration for air introduction

Screw recovery systems are used to recover and drain sand from aggregate washing plants. Designed and manufactured in our factories, these machines are also installed at the outlet of wet-running bar mills. They are also used in soil washing plants for the recovery of the organic fractions within contaminated materials.

Officine Conterno supplies various machines for sand washing and recovery, including cyclonic separation units. Sand Classification Units with hydrocyclones are systems composed of a sand + water receiving tank (turbid), a suction head or immersion launch pump, a hydrocyclone for concentration of the sands and a vibro-dryer for drainage and drying. The sizes of the various components will vary depending on the quantity and concentration of the turbid matter.

Our bucket recovery systems are simple but well thought out and are used downstream of the sorting machine with washing. The particular configuration of our buckets means that the loss of the fine material is extremely limited, thus increasing the sand yield. The reduced electrical consumption compared with high efficiency makes these machines a cheap and effective solution for handling sand recovery.