BriskHeat launches the ACR 4 hot bonder, improves upon composite curing and repair delivery
The ACR 4 builds on the proven reliability of the company’s ACR 3 with enhanced durability, intuitive controls and advanced vacuum technology.
Source | BriskHeat Corp.
BriskHeat Corp. (Columbus, Ohio, U.S.), supplying the composites industry with industrial heating and temperature control solutions, has launched its most advanced hot bonder to date, the ACR 4 hot bonder. Engineered for precision, durability and ease of use, the ACR 4 improves upon standard out-of-autoclave (OOA) composite curing and debulking, as well as adhesive bonding.
Building on the legacy of the ACR 3, the introduces intuitive operation, enhanced control and greater versatility for processing resins, prepregs, adhesives and other composite materials. Designed for field, hangar and lab environments, it meets the evolving needs of modern composites repair.
The upgraded hot bonder features a removable thermocouple (TC) boxes with 10 sensors per zone for streamlined setup, built-in blanket resistance testing, an integrated high-speed printer and dual-zone operation with built-in electric vacuum pumps and venturis. It is capable of powering larger heaters with up to 30 amps per zone. A 10.1" HD touchscreen interface provides better visibility and graphics.
“The mobility of the TC blocks on the ACR 4 is a game-changer,” says Michael Landon, technical sales at AeroWindTech. “This is one of the most impactful improvements we’ve seen, and we’re excited to see how our customers leverage its capabilities.”
Related Content
-
Scaled Composites Model 437 aircraft to be flown for Beacon autonomy testbed
Northrop Grumman subsidiary part of Digital Pathfinder development of stealth aircraft with wings using continuous carbon fiber additive manufacturing and determinate assembly.
-
Converting carbon fiber for UHTCMC to 3500°C
Advanced Ceramic Fibers LLC demonstrates ultra-high temperature ceramic matrix composites using SiC and other metallic carbides for applications in aerospace, defense, energy and more.
-
FibreCoat develops radar-absorbing fiber-reinforced composite
Broadband, flexible material offers protection against radiation, heat and electromagnetic interference, and maintains performance across curved surfaces and slanted angles, outperforming existing materials by up to 100 times.