Technical Support

Processing Reference

Curve ruler ( Curve ruler with handgrip. soft protective mattress shall be arranged on the contact face with aluminum – plastic composite panel to prevent scuffing aluminum plastic panel while acting bending force).

Secondly bending with right-angle convex shape

In the hemming construct ion of aluminum-plastic composite panel, the hemmed position shall be grooved in accordance with the hemming requirement the grooving mode like V-groove and U-groove are common ly used (Figure E.0.1) .The special groover for aluminum-plastic composite panel shall be adopted, to ensure the grooving depth not damaging the opposite aluminum product, and reserving plastic layer (0.30mm in thickness) . Reinforcement measure may be adopted on the groov ing posit ion as required.

INSTALLATION PROCESS

1-WELLBONO Panel
2- Aluminum River
3- Aluminum Angle
4- Angle Bar
5- Gasket
6- Screw
7- Spacer

INSTALLATION METHODS

1- WELLBOND Sheet
2- Gap Filler
3- Securing Frame For Aluminum Window
4- Framework
5- Insulating Materials

1- WELLBOND Sheet
2- Gap Filler (Backing Rod + Silicon )
3- T-Shaped Aluminum
4- Self Taping Screw
5- Iron Angle
6- Aluminum Fitting

1- WELLBOND Sheet
2- Gap Filler (Backing Rod + Silicon )
3- Securing Frame For Aluminum Window
4- Framework
5- Insulating Materials

1- WELLBOND Sheet
2- Steel Framework
3- Aluminum Angle
4- Steel Framework

1- WELLBOND Sheet
2- Camber Line
3- Gap Filler ( Backing Rod + Silicon )
4- Self Taping Screw
5- Water Board
6- Framework
7- Insulating Materials

1- WELLBOND Sheet
2- Gap Filler (Backing Rod + Silicon )

1- WELLBOND Sheet
2- Aluminum Fitting
3- Gap Filler (Backing Rod + Silicon )
4- Framework
5- Insulating Materials

1- WELLBOND Sheet
2- Gap Filler (Backing Rod + Silicon )
3- Framework
4- Insulating Materials

1- WELLBOND Sheet
2- Gap Filler
3- Break water
4- Insulating Materials
5- Supporting Frame

1- WELLBOND Sheet
2- Gap Filler (Backing Rod + Silicon )
3- Insulating Materials
4- Framework

Cement Post-Construction Method

1- WELLBOND Sheet
2- Gap Filler (Backing Rod + Silicon )
3- Support

Supporting Frame Constructing Method

1- WELLBOND Sheet
2- Framework
3- Break Water
4- Insulating Material

Common Constructing Method

1- WELLBOND Sheet
2- Iron Angle
3- Break Water
4- Adjustable Framework

RELATION OF BENDING DEFLECTION AND LATE DIMENTION (WITH REINFORCING RIB) 1000MM WIDTH OF ALUMINUM PLASTIC COMPOSITE PANEL

Wind loading (Pa)	Allowable Plate Length (mm)	Center Deflection (mm)	Spacing of rivet (mm)
500	8000	26	500
600	8000	32	500
700	8000	37	500
800	3700	37	500
900	3300	35	500
1000	3000	34	500
1100	2700	33	500
1200	2400	31	500
1400	2100	30	500
1600	1700	25	500
1800	1400	22	500
2000	1200	20	500
2200	1100	18	500
2400	1000	17	500
2600	900	16	500
2800	800	15	400
3000	750	15	400

RELATION OF BENDING DEFLECTION AND LATE DIMENTION (WITH REINFORCING RIB) 1250MM WIDTH OF ALUMINUM PLASTIC COMPOSITE PANEL

Wind loading (Pa)	Allowable Plate Length (mm)	Center Deflection (mm)	Spacing of rivet (mm)
500	3800	35	500
600	3300	38	500
700	3000	38	500
800	2800	37	500
900	2500	36	500
1000	2300	35	500
1100	2000	31	500

Wind loading (Pa)	Allowable Plate Length (mm)	Center Deflection (mm)	Spacing of rivet (mm)
1600	1300	23	500
1800	1100	21	500
2000	1000	20	500
2200	900	19	500
2400	800	18	400
2600	750	18	400
2800	700	17	400
3000	650	16	400

RELATION OF BENDING DEFLECTION AND LATE DIMENTION (WITH REINFORCING RIB) 1500MM WIDTH OF ALUMINUM PLASTIC COMPOSITE PANEL

Wind loading (Pa)	Allowable Plate Length (mm)	Center Deflection (mm)	Spacing of rivet (mm)
500	3400	43	500
600	3000	42	500
700	2700	41	500
800	2300	36	500
900	2000	32	500
1000	1800	30	500
1100	1600	28	500
1200	1500	27	500
1400	1250	25	500
1600	1100	24	500
1800	1000	23	500
2000	900	22	400
2200	800	21	400
2400	750	20	300
2600	700	19	300
2800	350	18	300
3000	600	15	300

Technical Support

Processing Reference

INSTALLATION PROCESS

INSTALLATION METHODS

RELATION OF BENDING DEFLECTION AND LATE DIMENTION (WITH REINFORCING RIB) 1000MM WIDTH OF ALUMINUM PLASTIC COMPOSITE PANEL

RELATION OF BENDING DEFLECTION AND LATE DIMENTION (WITH REINFORCING RIB) 1250MM WIDTH OF ALUMINUM PLASTIC COMPOSITE PANEL

RELATION OF BENDING DEFLECTION AND LATE DIMENTION (WITH REINFORCING RIB) 1500MM WIDTH OF ALUMINUM PLASTIC COMPOSITE PANEL

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