Distributors and brand owners need more than a good sample.
They need repeatable quality across every shipment.
With 33+ years of manufacturing experience, a digital production system, and strict quality management protocols, Fansace provides partners with confidence—not just products.
Using a cylindrical roller simulating the human torso, a 1,400N load (equivalent to 140kg body weight) rolls across the mattress 30,000 times within 31.25 hours, simulating 10 years of daily use.
This test evaluates:
Surface wear, fabric damage, or pilling
Internal material shifting or collapse
Spring deformation, breakage, or abnormal noise
Overall height loss and surface flatness
Hardness and height are measured before and after testing to ensure long-term performance stability.
A seat simulator applies 1,000N pressure at 200mm from the mattress edge, repeated 5,000 times, simulating a 100kg adult sitting on the bedside over years of use.
This ensures:
Strong edge support
Minimal deformation
Safe and stable seating
Reduced risk of slipping or collapse
Using a 13.15-round testing device, pressure is applied to five key support zones of the mattress.
We analyze:
Support force variation
Firmness consistency
Height stability
This guarantees balanced support and sustainable comfort—
night after night, year after year.
A 200kg steel impact device repeatedly strikes the same spot on the mattress 10,000 times at 50 impacts per minute.
This test measures:
Elasticity retention
Fatigue resistance
Structural durability under heavy load
Even under extreme conditions, the mattress must remain stable and supportive.
WAIT, IS THAT ENOUGH?NORWAY, WE NEED TO BE ACCURATE INEVERY DETAIL
Measures foam resilience by recording rebound height and rebound rate (%).
Higher rebound indicates better elasticity, support, and resistance to collapse, while lower rebound reflects softer, slow-recovery comfort.
Used for batch consistency and quality control.
Simulates long-term compression under high temperature to measure permanent deformation rate.
This test directly indicates foam recovery ability, long-term support, and durability.
Applies controlled pressure to measure the force required to compress foam to a set depth.
ILD values define foam firmness, while compression ratio reveals support performance—key data for mattress and seating design.
Recreates extreme climate conditions—from heat and humidity to cold and dryness.
Used to identify material risks, validate performance, predict lifespan, and ensure compliance with global standards.
Simulates dry and wet friction under standard pressure and cycles.
Evaluates fabric color transfer resistance, preventing fading, staining, and appearance defects.
Simulates long-term fabric wear to assess abrasion resistance, pilling tendency, and durability.
Ensures upholstery and textile materials maintain appearance and performance over time.