4790-79-09021-04P is a high-performance polyurethane foam material developed by Rogers Corporation. This material has excellent impact resistance and protective properties, can absorb and disperse energy when impacted, and is widely used in the protection of various display screens, providing effective protection for them.

Features

Thickness range: .10-.3 mm (.004-.012 in.)

Density range: 240-480 kg/m3 (15-30 lb/ft3)

Excellent compression set resistance

 

Advantages

Can provide excellent shock absorption

Keep the display device in place

Prevent falls and other strong impacts

 

When selecting Rogers foam, consider its density, thickness, adhesion and compatibility with the display screen. As a high-density foam, 4790-79-09021-04P provides stronger cushioning capabilities. The 4790-79-09021-04P is precisely cut into the specific shape and size of the display screen through die-cutting. This customized processing ensures that the foam fits perfectly with the display screen, providing a full range of shatterproof protection.

 

PORON 4790-79 ShockSeal™ series 4790-79-09021-04P foam material has a wide range of applications in the field of electronic products. It can not only be used for display screen protection of smartphones, but also for display screen protection of various electronic devices such as tablets, laptops, and TVs. In addition, in the fields of automobiles, aerospace, and medical, this material also plays an important role, providing reliable protection for various sensitive devices.

 

In order to meet the needs of our customers, Shenzhen Kaiming provides various brands of foam materials and adhesive die-cutting services. Die-cutting includes precision stamping, die-cutting, adhesive, compounding, striping, rewinding, slitting, die-cutting, etc. Provide technical consultation on polyurethane foam materials and adhesive solutions for die-cutting processing. From materials, die-cutting, and adhesive, provide customers with one-stop solutions and provide customers with high-quality and cost-effective terminal products.