China PVC Window Profiles in Casement Style

PVC window profiles in casement style
Lumei uPVC profiles have casement profiles in 60mm, 65mm & 70mm for your choice including both white, laminated & co-extruded series. All of our products are made by high UV protection formula without any heavy metal materials, such as Lead, Mercury and Cadmium.

The benefits of using uPVC Double glazed windows and doors are obvious as they last long, are very low on maintenance, termite proof, draft proof, and are a very isolative framing material, environmentally friendly and sustainable.

Brief Introduction for Lumei PVC profiles
PVC window profiles in casement styleType60mm casement seriesColorWhite/ Double color co-extrusion/ Coffee/ Yellow/Grey/ Wire drawing/ Woodgrain laminated etc.CertificationISO/ RoHS/ CE/ SGS/ AAMASurface thickness1.5 - 2.5 mmCorner Strength≥2400 NVicat softing point≥80.2 ºCCharpy impact strength≥21.2 KJ/M2Monthly output3,000 Tons

Advantage of Lumei uPVC system
Locally manufactured uPVC profiles with Tropical Grade resin and high UV stabilization to provide a 10 year warranty for non color fading on all our frames
Available in White, Golden oak, Dark Grey and Silver color
100% sustainable, in house recycling facility available to ensure frames and extrusions are recycled and put back into the process and not a landfill.

Advantages for Lumei PVC profiles
PVC window profiles in casement styleWater tightness250≤△p<350Air permeability0.1≥q1≥0.53.0≥q2≥1.5Wind load resistance:≥6500 PaWeathering aging resistant≥6000 HHeavy metal & Lead percentage0Noisy resistant≤20 dbCorner Strength≥2400 NVicat softing point≥80.2 ºCCharpy impact strength≥21.2 KJ/M2Heat transfer coefficientuf=1.0 w(k.m2)

Pictures for PVC window profiles in casement style:

Certification for PVC window profiles in casement style:
Factory pictures for PVC window profiles in casement style:

Energy Saving Index ParametersProfile structure: 6 charmbers with triple seal Heat transfer coefficient: uf=1.0w(k.m2)Wind load resistance: up to 6500Pa

Different requirements for heat transfer coefficientGlass Maching1.8w/(k.m2)1.05 (5+12Ar+5+12A+5Low-E) Triple glass2.0w/(k.m2)1.42 (5+12A+5+12A+5) Triple Glass2.1w/(k.m2)1.45 (5+9Ar+5+9A+5) Triple Glass2.4w/(k.m2)1.52 (5+9A+5+9A+5) Triple Glass2.6w/(k.m2)1.36 (5+12Ar+5Low-E) Double glass2.0w/(k.m2)1.9(5+12A+5) Double glass2.1w/(k.m2)1.75 (6+9A+6) Double glass