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Details

  • Headrest: Molded Foam + Artificial Leather
  • Backrest: Injection-Molded Plastic + Mesh
  • Seat: Injection-Molded Plastic + Mesh
  • Armrest: TPU Arm Pad + Injection-Molded Plastic + Aluminum Frame
  • Base: Aluminum Die-Casting (Passed 1,300KG Load Test)
  • Gas Cylinder: Injection-Molded Plastic + Steel Exterior + Sealed Gas Cylinder Adjustment
  • Tilt: Compressed Coil Spring + Aluminum Components + Plastic Components
  • Caster: Injection-Molded Plastic + Steel Shaft
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Task Chairs

The CHN6100 Collection

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An open seat that evenly distributes
body pressure

The seat frame is designed in a U-shape to avoid contact with the thighs,
minimising pressure on the thighs
and distributing body pressure evenly.

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S-curve Backrest Design

The back plate is designed in an S shape, which is the natural shape of
the spine, to properly distribute the weight and support
theundefined back naturally.

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Aluminum Legs

Die-casting aluminum legs are durable.
This creates a more sophisticated and luxurious image.

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A flexible and sturdy air skin
mesh on the seat

Airskin mesh made of strong elastic yarn using Hytrel® raw material
from DuPont, USA has high elasticity. Made from a combination
of soft microfibres and durable nylon thread for long-lasting comfort.

DISCOVER MORE

Behind the Fursys Design

Every Fursys solution is created through a fully integrated process. Keeping design, engineering, and manufacturing under one roof allows us to maintain exceptional quality while delivering products our customers can rely on.

Discover more about Fursys.

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R&D
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Manufacturing
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Sustainability
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Quality Control
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Studio One