Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.

Nafurancar tie rod ends are manufactured using the most advanced one-piece technology. The ball end piece is made of Cr40 alloy steel and has been hardened. The mirror finish technology provides the surface roughness of the ball pin no more than 0.4 microns, which significantly increases the life of the hinge. The design and processing technology of the ball and socket joint ensure that the ball and socket joint will not jump out of the original seat even under high-angle loads.