INNO wooden flights (also known as scrapers) are an energy-efficient and cost effective alternative to steel conveyor scrapers. They are suitable for a wide variety of applications including sawmills, cement plants and biomass power plants.
Our flights are made from multi-laminated beech which, when processed and assembled using thermo-settings, weigh one-tenth of traditional steel scrapers but with the same durability.
They are manufactured at the FB production facility in Germany, but can be supplied globally. We are also able to produce INNO scrapers according to your individual requirements.
INNO chain conveyor scrapers offer a variety of benefits:
- They’re lightweight
- They’re wear-resistant
- There is less downtime caused by bent attachments or jammed conveyors
- They snap when overloaded
- They cause no damage to the chain conveyor and surrounding equipment
- They’re easy to install
- They can be burnt or shredded as part of the normal process
INNO wooden flights are available in three different strengths (INNO 100, INNO 500 and INNO 1000) according to your application.
INNO 1000, for example, is recommended for conveying materials with a high water content as it has a low absorption rate.
|INNO 100||INNO 500||INNO 1000|
|Gross density kg/cm3|
|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