Ultra Thin Vacuum Insulation Panels Used in Refrigerator and Freezer for Energy and Space Saving

Product Description

In the field of refrigerators, vacuum insulation panel (VIP) has become the first choice of refrigerator manufacturers as the insulation materials, due to its excellent insulation properties and thickness.

In the past, temperature inside the refrigerator was cooled by a compressor. In order to avoid the escape of cold air and the external heat entering while opening the refrigerator, you must frequently use the compressor, which will leads to an increase of power consumption. If Vacuum Insulation Panels were used inside the refrigerator, you can not only save energy by 10% to 30%, but also enlarge the internal volume up to 20% -30%.Besides while using Vacuum Insulation Panels it is able to keep cold inside the refrigerator, reduce the power consumption of , and make the refrigerator lighter and bigger volume. In recent years, vacuum insulation panels become more and more popular in the application of large double-door high-end energy-saving refrigerators.

BJS Tech's GROOVED VIP: After vacuuming there will be grooves in the panel, they are designed to perfectly fit in the condenser pipes on the side door of the fridge.

The grooves can be customized according to customer requirements, specially designed for refrigerators.

Product Details

Place of Origin:	China (Mainland)		Brand Name:	BJS	Model Number:	VIP-001
Length:	100-1800mm		Width:	100-800mm	Thickness:	10-35mm
Material:	Aluminum foil+glass fiber		Core Material:	Glass fiber	Surface colour:	Silver
Density:	180 to 220 kg/m3		K-Value of VIP	≤0.002 W/m.K	Service life:	30 years
Packing:	Stacked  packed in Carton		Sample Time:	20-25days	Certification:	REACH  +RoHS
Size tolerance:	Length/Width: ± 5mm;Thickness:0/ +1.5mm			Temperature stability:	-50 °C to +70 °C  (due to the film)
Application:	Building ,Thermal packaging, Appliance,Automotive

The size can be tailored or standard which is shown as below:

Grooved Vacuum Insulation Panel Size

Length(MM)	Width(MM)		Thickness(MM)	Photos
290	575		12
300	300		5
575	290		12
590	290		5
605	290		12
660	870		10
680	270		12
690	346		10
697	346		10
710	270		12
715	360		12
960	190		12
960	210		12
993	181		12.7
1011	169		19
1042	210		12
1040	230		12
1068	426		12
1067	200		12
1087	188		19
1126	318		12
1600	660		10
1600	870		10

Packaging & Delivery

Packaging Details:	Carton with air bubble film and foam and Pallet.
Delivery Detail:	About 25-30 days after deposit
Sample Lead Time	20-25working days
Order  Lead Time	25-35 working days
Payment Terms	A:100% TT before shipment
	B: 30% deposit and  balance before shipment

Product Description

Grooved vacuum insulation panel (VIP) used for a refrigerator. Vacuum Insulation Panel(VIP) is composed of core material, getter and the film.

Features

By creating a vacuum condition around the insulator, Vacuum insulation panels creates a perfect low thermal conductivity up to 0.002W/m.k

Advantages of grooved VIP panels

1.Compare to thermal packaging box(with VIP panels inside),the grooved VIP panels have better cost performance and less shipping cost.

2.The thermal bridge effect is less than individual VIP panels when applied to a styrofoam box or any other boxes.

3.Flexible shapes makes it suitable for variety of applications.

The industry's top-class thermal insulation performance

Comparison in thickness between materials with the same thermai insulation performance

Our Workship

Application

Photos

Certifications

 

Packaging & Shipping

FAQ

1.Q:  Can I get some samples?

A: We are honored to offer you samples for quality check.

2.Q: How much is min. order?

A: Normally our MOQ is 1000pcs.

3. Q: What’s the delivery time?

A: It usually takes about 25-30 working days to produce an order from MOQ to 50000 piece. But the exact delivery time might be different for different orders or at different time.

4. Q:  What about the terms of payment?

A: 30% deposit and  balance  before shipment

Contact Us

Contact: Sherry Shang

Mob: +8613901603220

Email: shangxq@sh-bjs.com

Website: www.vacuumisolation.com