Glossy and Matt BOPP/OPP Thermal Lamination Film

Min.Order: 500

Product origin: Shijiazhuang, Hebei, China

Infringement complaint:

Complaint

US$ 1.6 ~ 2.2

Description

Glossy and Matt BOPP/opp Thermal Lamination Film

Protect your product surface from pollution, damage & UV .corrode, and scratch during the process of produce, transport, store and installation
Durable, recyclable, health & safe; Hot-temperature endurable, anti-aging.
6 color over print to improve your brand image by having your logo & contact details on Matt Opp Film ;
Stable adhering capacity and Special easy-peel & remove, no adhesive residue after Matt Opp Film removal;
We have the 9 whole production line (blow molding, printing, coating, cutting)

Specification Of BOPP Thermal Lamination Film
Item		Thickness(mic)		Ration/yield	Resistance
Type		Total	Tolerance	G/M2	G/25MM
Glossy	17	17	(+/-) 1.5mic	15.68	560
	20	20		18.43	560
	25	25		22.65	580
	27	27		24.95	620
	30	30		27.67	630
Matt	17	17		14.81	580
	23	23		19.89	580
	27	27		24.19	620
	30	30		27.24	680
Width	200mm---1890mm (± 5mm)
length	2000M, 3000M, 4000M, 6000M,9000M,12000M(200M,300M for 1'' core)
Paper core	(25.4mm)1'', (76mm) 3'', 6''
Connector	≤ 2
corona treatment	Double sides
surface tension	BOPP side ≥ 38dyne; EVA side ≥ 52dyne
Application Manual
Compound temperature	80-110°C(185-230F)
Compound pressure	5-25mpa
compound speed	5-60m/min

Standard thickness: 18,20,22,25,28,30,35um

PROPERTIES			TEST METHOD			UNIT	TYPICAL DATAS
MECHANICAL PROPERTIES
Tensile strength	MD			ASTM D882		N/ mm2		≥135
	TD							≥240
Elongation at break	MD			ASTM D882		%		≤220
	TD							≤80
Secant modulus	MD			ASTM D882		N/ mm2		≥1800
PHYSICAL PROPERTIES
Coefficient of friction				ASTM D1894				≤0.8
Density				ASTM D792		g/cm3		0.91
Gloss				ASTM D2457		%		≥90
Haze				ASTM D1003		%		≤2.8
THERMAL PROPERTIES
Thermal shrinkage		MD			ASTM D1204 120ºC 5min	%		≤4
		TD						≤2.0
Thermal seal temperature range					ASTM F88	ºC		110-140
Thermal seal strength					ASTM F88r	N/15mm		2.5
Surface tension					ASTM D2578	Dyne		≥38