KRAUSE
<B>Enkelfähig product</B><br/><br/>Enkelfähig refers to multi-generational thinking, and reflects the extent to which a product or service contributes to the emergence of a sustainable, social and fair future in which our grandchildren will still be able to live. Enkelfähig asks the same question of every product: will this product help create a better tomorrow for future generations?<br/>The 2 categories in which this product performs particularly well are listed below.<br/><br/>For more information about the product evaluation and the Enkelfähig Initiative, please visit our <a href="/w/company_enkelfaehigscore/">Enkelfähig information page</a>.
Ref.: 787480 10

Heavy duty lean to ladder – KRAUSE 80 mm aluminium steps, up to 225 kg

Heavy duty lean to ladder – KRAUSE
Heavy duty lean to ladder – KRAUSE, 80 mm aluminium steps, up to 225 kg, 15 steps-0
Heavy duty lean to ladder – KRAUSE (Product illustration 2)-1
Heavy duty lean to ladder – KRAUSE (Product illustration 3)-2
Heavy duty lean to ladder – KRAUSE (Product illustration 4)-3
Heavy duty lean to ladder – KRAUSE (Product illustration 5)-4

15 steps

New
on request
Price / item (Ex. VAT)
Availability: 7-10 Working days
Product description
  • Heavy duty lean to ladder for extreme loads up to max. 225 kg
  • Safe to use thanks to integrated slip protection
  • Profiled, reinforced D steps, 80 mm deep
  • High strength, beaded step/rail connection
  • Additional corner struts up to 10 steps for maximum stability
  • From 12 steps with cross beam for maximum stability
The heavy duty lean to ladder, suitable for universal use, made of aluminium with steps for a comfortable and safe stand, and compliant with TRBS 2121-2 for use as steps as a workplace. Rails with large dimensions made of extruded aluminium profile with additional edge reinforcement ensure high stability and a long service life.
Technical data
Access typesteps
Material of treadsaluminium, ribbed
Step depth80 mm
Width350 mm
Frame materialaluminium
Rung height77 mm
Max. load225 kg
Rail width25 mm
Conforms toDIN EN 131
Product typelean-to step ladders
Suppliedassembled
Number of steps15 pcs.
Length3950 mm
Working height4.8 m
Cross beam width850 mm
Standing height2.8 m
Weight10.3 kg
Instructions
KRAUSE
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Sustainability
Made of recycled material
This product is made entirely or partly from recycled materials. Recycled material products are items or materials made from reused or recycled raw materials (see the technical data for more information). The use of recycled materials aims to conserve resources and reduce waste.
Enkelfähig
<B>Enkelfähig product</B><br/><br/>Enkelfähig refers to multi-generational thinking, and reflects the extent to which a product or service contributes to the emergence of a sustainable, social and fair future in which our grandchildren will still be able to live. Enkelfähig asks the same question of every product: will this product help create a better tomorrow for future generations?<br/>The 2 categories in which this product performs particularly well are listed below.<br/><br/>For more information about the product evaluation and the Enkelfähig Initiative, please visit our <a href="/w/company_enkelfaehigscore/">Enkelfähig information page</a>.
Enkelfähig product

Enkelfähig refers to multi-generational thinking, and reflects the extent to which a product or service contributes to the emergence of a sustainable, social and fair future in which our grandchildren will still be able to live. Enkelfähig asks the same question of every product: will this product help create a better tomorrow for future generations?
The 2 categories in which this product performs particularly well are listed below.

For more information about the product evaluation and the Enkelfähig Initiative, please visit our Enkelfähig information page.

Circular economy
A circular economy is an economic system in which waste is avoided and resources are used efficiently by recirculating materials, products and waste in closed cycles and reusing them as raw materials or sources of energy for new products.
This product makes a greater contribution to achieving a circular economy. The greater contribution compared to other products is the result of several factors, including the use of hardwearing materials, the ability to be recycled, and the use of recycled materials in the product design. Sustainable packaging is also factored into any assessment within a circular economy.

Innovation and technological progress
This product scores points within its product group due to the use of an innovative product design or innovative materials that advance product sustainability. Compared to other products, the product utilises, for example, material solutions that are more sustainable, the use of an increased share of recycled materials, or an optimised product design that has a positive impact on the recyclability, service life, durability and therefore the general sustainability of the product solution.
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