Welcome to GoBozor
Automobile sound insulation material, door chassis, trunk, butyl rubber, environmental protection, high temperature resistance, viscous damping plate
5.0
1984 sold.
Minimum quantity is: 1 pcs
Price section
Price from:
21,140 so'm
Model
2mm*46cm*40cm silver aluminum vinyl shock-stop plate (small sheet)
37,617 so'm99,972 available in stock
2mm*46cm*80cm silver aluminum vinyl shock-stop plate (large sheet)
61,127 so'm99,793 available in stock
50cm*40cm sound insulation cotton (small sheet)
26,425 so'm99,451 available in stock
50cm*80cm sound insulation cotton (large sheet)
37,617 so'm100,000 available in stock
2mm*25cm*39cm silver aluminum vinyl shock-absorbing plate (small piece)
21,140 so'm98,800 available in stock
Guaranteed delivery time
If we are 45 days late, you will receive your order for free. More details
Always in touch with you
We will answer any questions every day.
Secure payment in a convenient way
We will accept payment by any card
BNPL available
select product
select product
Select payment by installments when placing your order. The final installment cost is calculated at checkout.
Automobile sound insulation material, door chassis, trunk, butyl rubber, environmental protection, high temperature resistance, viscous damping plate
About the product
Characteristic
- Material
Aluminum foil butyl rubber polymer material
- Length
80cm
- Thickness
2.2mm
- Width
46cm
- Pull
Excellent
- Brand
RAAMmat
- Colour
Silver aluminum vinyl
- Weight
1.3kg
- Series
Car sound insulation
- Package
Carton
- Sound insulation part
Whole car
- Service content
Sound insulation and noise reduction
- Car brand
Applicable to all models
- 3
Automotive vibration damping and sound insulation materials
- High temperature resistance
180
- Sound insulation products
Sound insulation sheet
- There are licensable private brands
Yes
- 1
Car shock absorber
- 2
Car vibration damping sticker
Description
Characters
Properties
- Material
Aluminum foil butyl rubber polymer material
- Length
80cm
- Thickness
2.2mm
- Width
46cm
Description