The TOPTUL Universal Joint (CAHA Series) is a premium-quality socket accessory designed to provide flexible access to fasteners located in confined and difficult-to-reach spaces. Manufactured from high-grade Chrome Vanadium (CR-V) steel, this universal joint delivers exceptional strength, durability, and corrosion resistance, making it ideal for professional mechanics, industrial maintenance, automotive workshops, and heavy engineering applications.
With a 60° rotation angle, the CAHA Series allows sockets to operate at various angles without compromising torque transmission. Available in Mirror Chrome and Satin Chrome finishes, it meets international standards DIN 3123 and ISO 3316, ensuring reliable performance and compatibility with standard drive tools.
Key Features
60° flexible rotation angle for hard-to-reach fasteners
Manufactured from premium Chrome Vanadium (CR-V) steel
Available in Mirror Chrome and Satin Chrome finishes
High strength and excellent wear resistance
Corrosion-resistant surface for long service life
Precision-engineered for smooth and secure operation
Compatible with standard socket sets
Conforms to DIN 3123 and ISO 3316 standards
Suitable for professional and industrial applications
Technical Specifications
Specification Details
Product Universal Joint
Series CAHA
Rotation Angle 60°
Material Chrome Vanadium (CR-V) Steel
Finish Mirror Chrome / Satin Chrome
Standards DIN 3123, ISO 3316
Brand TOPTUL
Applications
Automotive repair workshops
Industrial machinery maintenance
Mechanical engineering
Heavy equipment servicing
Manufacturing plants
Construction equipment maintenance
Professional tool kits
Why Choose TOPTUL Universal Joint?
The TOPTUL CAHA Series Universal Joint is engineered for professionals who require maximum flexibility and durability. Its precision construction ensures efficient torque transfer while allowing access to bolts and nuts positioned at awkward angles. The high-quality CR-V steel construction guarantees long-lasting performance even under demanding working conditions.
