UPVC Casement Window Profiles Without Lead Pb

• Section Bar Type: multiple-Cavity
• Open Style: Sliding
• Opening Pattern: Horizontal
• Style: European
• Function: Fireproof, Soundproof, Heat Insulation, Airproof, Dust-proof
• Surface Finishing: Finished
• Model NO.: LMWD
• Security Level: A
• Wind Resistance Performance: 1.0≤P3<1.5
• Position: Exterior
• Color: Single Color
• Customized: Customized
• Thickness: 1.5-3mm
• Formula: UPVC Profile in Lead Free
• Certification: ISO9001
• Useage: Making UPVC Windows&Door
• Transport Package: Plastic Bag
• Specification: uPvc profile length in 5.8/5.8m
• Trademark: Lumei
• Origin: Shangdong
• HS Code: 3916209000
• Production Capacity: 500000 Tons

Product Description

EN 12608 UPVC Casement Window Profiles Without Lead Pb
All of our Lumei EN 12608UPVC Casement Window Profiles Without Lead Pb has high UV protection property without Lead. Un-reinforced uPVC window profiles have a lack of rigidity and a high coefficient of expansion.We only use quality Anti-aging material that has been rigorously tested for UV radiation in harsh environments in desert or mountain conditions. The profile has been specifically formulated for high UV light conditions to thwart potential damage from the sun.

There are many benefits to installing UV resistant uPVC doors and windows. There are some of these advantages below.
1. They don't fade.
2. They don't warp, peel or crack in hot weather
3. They don't conduct heat.

Except the profiles, we also offer the others uPVC window system materials, such as steel reinforcements, accessories & glasses.



Some Technical Data Sheet details for our UPVC Profiles as below.

1	Corner Strength	≥2400 N
2	Vicat softing point	≥80.2 ºC
3	Certification	CE/RoHS/ISO
4	Origin	Jinan, China
5	MOQ	5 Tons or 20GP
6	OEM	Available
7	Lead Free	Available
8	Monthly output	500 Tons
9	Color	White/ Grey/ Lamanted/ Wire drawing or Customized
10	Formula	100% virgin PVC resin, CaZn stabilizer & other additives

Energy Saving Index Parameters for our Casement Windows & Doors
Different requirements for
heat transfer coefficient	Glass Maching
1.8w/(k.m2)	1.05 (5+12Ar+5+12A+5Low-E) Triple glass
2.0w/(k.m2)	1.42 (5+12A+5+12A+5) Triple Glass
2.1w/(k.m2)	1.45 (5+9Ar+5+9A+5) Triple Glass
2.4w/(k.m2)	1.52 (5+9A+5+9A+5) Triple Glass
2.6w/(k.m2)	1.36 (5+12Ar+5Low-E) Double glass
2.0w/(k.m2)	1.9(5+12A+5) Double glass
2.1w/(k.m2)	1.75 (6+9A+6) Double glass