Inno wooden scrapers (also known as flights) are an energy and cost efficient alternative to steel conveyor scrapers.
Inno scrapers are made from multi-laminated beech which, when processed and assembled using thermosettings, weigh one tenth of traditional steel scrapers but are equally as durable.
Inno wooden flights are available in 3 different strengths according to application.
Inno 1000 is recommended for conveying materials with a high water content as it has a low absorption rate.
Inno wooden flights are manufactured for FB Group in Germany but can be supplied globally.
Inno wooden scrapers are suitable for a wide variety of applications including sawmills, cement plants and biomass power plants.
Benefits of Inno chain conveyor scrapers:
- Reduced downtime due to bent attachments and jammed conveyors
- Snap when overloaded
- Cause no damage to the chain conveyor and surrounding equipment
- Easy to install
- Can be burnt or shredded as part of the normal process
|•||•||inno 100||inno 500||inno 1000|
|Gross density kg/m³|
|DIN 53479||ca. 750||ca. 1350||ca. 1350|
|Flexural strength N/ mm²|||| Layering||65||165||160|
|DIN 53452||┴ Layering||75||180||190|
|Impact strength kJ/m²|||| Layering||–||25||20|
|DIN 53453||┴ Layering||–||50||30|
|Notched impact strength kJ/m²|||| Layering||–||20||10|
|DIN 53453||┴ Layering||–||50||–|
|Tensile strength N/mm²|||| Layering||65||125||120|
|Compressive strength|||| Layering||43||135||150|
|DIN 53454||┴ Layering||35||270||260|
|Indentation strength N/mm²||┴ Layering||–||140||200|
|Split load N||┴ Layering||–||3000||4600|
|Shear strength N/mm²|||| Layering||–||10||15|
|DIN 53457 flexibility||┴ Layering||8200||17000||16000|
|DIN 53457 pressure||┴ Layering||7400||2600||–|
|Kinetic coefficient of friction μG|
|Against bright-rolled stainless steel||┴ Layering||–||0.2-0.3||0.18|
|Water absorption as a % after 24hrs water addition (test specimen 50x50x30)|
|| Layering = parallel layering ┴ Layering = perpendicular layering
We are also able to produce Inno scrapers according to your individual requirements.