Mounting foam
TYTAN PROFESSIONAL WINS FLEX GUN PU Foam 750 ml
- Availablility:
- In stock
- Volume:
- 750 ml
- In package:
- 12 pcs
- Package:
- CAN
Free shipping from net
Specyfikacja techniczna
WINS Flex is a highly flexible insulating polyurethane foam with low post-expansion and excellent structure. It is a perfect solution for insulating joinery in the WINS Flex system. It is part of the 3-layer window sealing and insulation system WINS Flex (zone 2). Orange coloured. It is a perfect solution for sealing and insulating the space between jambs and window and door frames made of wood, metal or PVC. Prevents deformation of windows of any sizes. In the WINS Flex system, it fills layer 2, i. e. the insulation zone, and primarily takes over the insulation role in the entire WINS Flex system.
Foam with low post expansion of 40-80%; All season; reaction to fire class B2; Lamba 0. 035; Acoustics up to 62 dB; Air infiltration coefficient a<0, 1 m3/(mhdaPa2/3); Air permeability class 4; Water resistance E1200; No shrinkage dimensional stability Excellent structure; Uniform expansion; capacity up to 55 l; Reduced cutting time: up to 1. 5h; Very flexible; Low pressure formula (prevents deformation of door frames).
- Parametr
- Wartość
- Certification M1
- M1
- Certification O2
- O2
- Capacity (free foaming) (RB024)
- 43 - 48 l
- Capacity in gap (The value given for a gap with dimensions 35*1000*35 (width *length *depth [mm])) (RB024)
- 38 - 43 l
- Secondary increase in volume (post-expansion) (EN 17333-2:2020)
- 40 - 80 %
- Full cure time (RB024)
- 1,5 h
- Dimensional stability (EN 17333-2:2020)
- ≤ 5 %
- Flammability class (DIN 4102)
- B2
- Deformation at maximum shear force PN-EN 1607:2013
- ≥ 15 %
- Water absorbability after 24h at partial immersion PN-EN 1609:2013
- 1 kg/m³
- Dimensional stability, after 24h in temp. +40°C and in relative humidity in the length direction PN-EN 1604:2013
- +/- 3 %
- Dimensional stability, after 24h in temp. +40°C and in relative humidity in the width direction PN-EN 1604:2013
- +/- 3 %
- Dimensional stability, after 24h in temp. +40°C and in relative humidity in the thickness direction (direction of foam growth) PN-EN 1604:2013
- +/- 8 %
- Permanent deformation after compression up to 75% thickness (direction of foam growth) for 22 hours at + 35°C / 50% relative humidity, determined after 30 minutes of relaxation
- ≤ 25 %
- Permanent deformation after compression up to 75% thickness (direction of foam growth) for 22 hours at + 35°C / 50% relative humidity, determined after 1 minute of relaxation
- ≤ 23 %
- Permanent deformation after compression up to 75% thickness (direction of foam growth) for 22 hours at + 35°C / 50% relative humidity, determined after 1 hour of relaxation
- ≤ 22 %
- Permanent deformation after compression up to 75% thickness (direction of foam growth) for 22 hours at + 35°C / 50% relative humidity, determined after 24 hours of relaxation
- ≤ 15 %
- Tensile strength perpendicular for frontal surfaces (PN-EN 1607:2013-07)
- ≥ 50 kPa
- Deformation at maximum tensile force (PN-EN 1607:2013-07)
- ≥ 15 %
- Compressive strength (PN-EN 1607:2013-07)
- ≥ 30 kPa
- Compressive stress at 10% relative strain (PN EN 826:2013)
- ≥ 12 kPa
- Permanent deformation after compression to 75% thickness for 22 h, determined after 72 h of annealing [T=+35°C, RH=50%] (PN-EN ISO 1856:2018 method A)
- ≤ 10 %
- Adhesion of foam applied at -10°C to the substrate wood [PN-EN 1607:2013]
- ≥ 50 kPa
- Adhesion of foam applied at -10°C to the ALU substrate [PN-EN 1607:2013]
- ≥ 60 kPa
- Adhesion of foam applied at -10°C to PVC substrate [PN-EN 1607:2013]
- ≥ 60 kPa
- Adhesion of foam applied at -10°C to the concrete substrate (PN-EN 1607:2013)
- ≥ 50 kPa
- Adhesion of foam applied at -10°C to the substrate expanded clay concrete (PN-EN 1607:2013)
- ≥ 60 kPa
- Adhesion of foam applied at +35°C to the wood substrate [PN-EN 1607:2013]
- ≥ 50 kPa
- Adhesion of foam applied at +35°C to the aluminum substrate [PN-EN 1607:2013]
- ≥ 60 kPa
- Adhesion of foam applied at +35°C to PVC substrate [PN-EN 1607:2013]
- ≥ 60 kPa
- Adhesion of foam applied at +35°C to the concrete substrate (PN-EN 1607:2013)
- ≥ 30 kPa
- Adhesion of foam applied at +35°C to the substrate expanded clay concrete (PN-EN 1607:2013)
- ≥ 60 kPa
- Acoustic insulation (EN ISO 10140-1:2010+A1:2012+A2:2014)
- ≤ 62
- Heat conductivity coefficient (PN EN 12667:2002)
- 0,035
- Water vapour transmission coefficient (PN EN 12086:2013-07)
- 0,09
- Water vapor diffusion resistance coefficient (PN EN 12086:2013-07)
- 8
- Thermal resistance (after curing)
- -40 - +90 °C
- Orange
- +
- Can / applicator temperature (optimal +20°C)
- +5 - +35 °C
- Ambient/surface temperature
- -10 - +35 °C