Control Joints Enhance the Aesthetics of Buildings

Similar to double-V control joint, double-J control joint has a 5/16" reveal, rolled outer edge that allows stucco to be fixed under rolled edges to provide increased bonding property and prevent visible separation and cracking. When the stucco is forced under the J flange, this special design helps to reduce stucco separation at the edge of joints.

The joint is taped to prevent stucco from getting caught inside during construction. Then remove the tap easily when the construction is finished.

Movement bead is used to relieve the stress and strain in large plaster area of walls and ceilings and to allow the movement between adjacent surface finishes. Moreover, it overcomes the movement tolerance in plaster, gives a neat render finish and minimizes crackings in plasters to a large extent.

Movement bead is widely used in all kinds of buildings with expansion and contraction joints and is suitable for all kinds of brick and reinforced concrete surfaces.

Movement Beads are used as a decorative material to cover expansion joints on tile surfaces, especially floors. Expansion joints are a necessary part of the tile surface to prevent cracking and damage caused by the natural expansion and contraction of the tile due to changes in temperature and humidity.

Soffit vent control joint is installed on walls to help prevent water accumulation. It is available in two sizes: 3/4" and 7/8".

Installed on the wall to prevent water accumulation from eroding the wall, and to provide ventilation to protect the wall from bacterial growth.The vent is also galvanized to protect it from corrosion.

You can choose to use more environmentally friendly pallet packaging or custom-made cardboard boxes for packaging. A pack of 10 pieces.

Inside control joint is designed to guide the stress release and movement of building materials caused by temperature changes, moisture expansion and contraction, and curing shrinkage through a reserved deformable gap, thereby helping prevent irregular surface cracking of building components due to internal stress concentration.