PLumaLeather Is Resistant To Low Temperature And Bending

Performance parameters

PlumaLeather

PVC Leather

PU Leather

Brittle temperature

≤ -70℃

-20~0℃（Plasticizer dependence）

-40~-10℃

-40℃ Flexural modulus

≤50 MPa（Rate of change＜10%）

＞500 MPa（Hardening200%+）

150~300 MPa（Hardening80%）

Low temperature impact strength

Reservations＞90%

Loss70%~90%

Loss40%~60%

Cold bending life

＞50，000次（-30℃）

＜20,000次（-30℃ Cracking）

＜20,000次（-30℃ Cracking）

Molecular chain characteristics

Saturated linear hydrocarbon + long branched chain

Polar rigid chain (containing Cl atoms)

Low temperature behavior mechanism

and maintains segment mobility at-70℃

Molecular chains freeze at low temperatures, and plasticizers 

migrate, fail and become embrittlement

At low temperatures, the hard segments form physical 

cross-linking points, limiting the movement of the soft segments

PLumaLeather Low VOC

Test project

PLumaLeather

PVC Leather

PU Leather

TVOC（ug/m³）

≤50

300–800

150–400

Formaldehyde（ug/m³）

＜0.05

0.3–0.6

0.1–0.3

Acetaldehyde（ug/m³）

＜0.02

0.1–0.4

0.05–0.2

PlumaLeather Low Solvent

Factors

PlumaLeather

PVC Leather

PU Leather

Plasticizer demand

No

Required (high addition)

Part needs

Solvent use

No

Small amount (lubricant)

Large amount (traditional craftsmanship)

Free monomer risk

No

None (but vinyl chloride monomer causes cancer)

High (TDI/MDI residue)

Thermal decomposition tendency

Extremely low

High (released HCl) 

Medium