FootFall Soundproofing Floor Underlayment

Floor Underlayments by All Noise Control are the solution from foot fall or foot step noise between the floor or ceiling assembly. Floor Underlayments are available in many models and provide sound isolation between the floor covering and the sub floor. Soundproofing floor underlayments are different than any other underlayments on the market today. Each product has been designed, engineered and manufactured specifically around the floor covering and what the floor covering needs to maintain its integrity and warranty.

soundproofing floor footfallThe Soundproofing FootFall series is a noise control rubber based floor underlayment made from recycled rubber tires. FootFall is used under laminate or engineered hardwood flooring. FootFall is excellent for use in wood sub floor construction due to its weight & mass. FootFall is available in thickness of 3.2mm, 6.4mm and 12mm.

Sound reducing underlayment for floated wood laminate and engineered wood floor systems

  • Easy and fast to install, reducing installation time and labor costs
  • Excellent for wood construction, will add additional sound transmission (STC) due to weight of product
  • Economically priced, available in 4’ x 25’ & 4’ x 50’ rolls
  • Environmentally friendly, made from recycled materials, using 92% post-consumer recycled content
  • Can be installed as a free-floating or glue-down system

3.2 mm or 1/8″ weighs 1 lb per sq ft. – STC 24
6.4 mm or 1/4″ weighs 1 lb per sq ft. – STC 26
12mm or 1/2″ weighs 2 lb per sq ft. – STC 30

Thickness
Roll Size
Wt Per Roll
Rolls Per Pallet
Acoustical/IIC & FIIC
footfall acoustic floor
footfall acoustic floor
footfall acoustic floor
footfall acoustic floor
footfall acoustic floor
anc-ff32 3.2 mm 4’x50′

4’x25′

52 lbs 30 IIC51 – 6″ concrete/FIIC 63 – 8″ concrete
anc-ff64 6.4 mm 4’x25′

4’x50′

104 lbs 12 FIIC 62 – 8″ concrete
anc-ff12 12 mm 4’x25′ 200 lbs 12 FIIC 62 – 8″ concrete

Soundproofing FootFall Floor Underlayment Acoustical Performance

footfall acoustic floor