BETTOPUR CRACKSEAL
BETTOPUR CRACKSEAL
Polyurethane Based, Two Component, Slow Reacting, Highly Flexible Injection Resin
MATERIAL DESCRIPTION
BETTOPUR CRACKSEAL is used for filling/sealing and flexible bonding/gluing of joints, dilatations, cracks and gaps in reinforced concrete, brick or natural stone buildings and other engineering structures. It is adapted for hoses embedded in concrete structures.
17 KG + 19 KG = 36 KG SET
AREAS OF USE
• Filling the water coming from the negative direction,
• Crack injection and gap filling,
• Deep injections
• Filling dilatation joints,
• Cold joints,
• It is used for sealing, insulating or flexibly bonding cracks, joints
and other gaps in concrete, brick or natural stone structures. It
can also be injected into joints with injection hoses.
ADVANTAGES
• Solvent Free
• Low viscosity
• High penetration capability and adhesion strength
• High stretch capability up to the breaking point
APPLICATION METHOD
Generally, the resin is injected through a hole plug (paker) and through a hole that enters the crack to be repaired. The process is continued until the resin overflows through the observation holes. BETTOPUR CRACKSEAL can be applied in two different ways:
Two-component application: The resin components can be applied independently using a two-component pump, again in a 1:1 ratio. Thecomponents are mixed in a reusable static mixer before being
injected into the hole. The 1:1 volumetric mixing ratio should be
checked before injection.
Flow rates greater than 0.3 l/min can be applied if the ambient
temperature and the temperature of the system components (pump, pipe, joint...) are between 5°C and 30°C and the product
temperature is greater than 15°C. In cases where the water flow cannot be stopped with BETTOPUR CRACKSEAL, BETTOPUR STOP W is first injected until the water flow is stopped. After that, BETTOPUR CRACKSEAL injection is continued using a different (paker).
System:
The resin mixture penetrates into the cracks to be sealed. Due to the hydrophobic (water repellent) character of the resin, if there is water in the crack, a significant part of it is pushed out of the environment. A small part of it forms a fine void foaming reaction with the resin. End product: After more than 10 hours, the resin takes solid form. Final hardening takes several days. The set resin is elastic and extensible even in the direction parallel to the bonding surface;
• Filling the water coming from the negative direction,
• Crack injection and gap filling,
• Deep injections
• Filling dilatation joints,
• Cold joints,
• It is used for sealing, insulating or flexibly bonding cracks, joints
and other gaps in concrete, brick or natural stone structures. It
can also be injected into joints with injection hoses.
ADVANTAGES
• Solvent Free
• Low viscosity
• High penetration capability and adhesion strength
• High stretch capability up to the breaking point
APPLICATION METHOD
Generally, the resin is injected through a hole plug (paker) and through a hole that enters the crack to be repaired. The process is continued until the resin overflows through the observation holes. BETTOPUR CRACKSEAL can be applied in two different ways:
Two-component application: The resin components can be applied independently using a two-component pump, again in a 1:1 ratio. Thecomponents are mixed in a reusable static mixer before being
injected into the hole. The 1:1 volumetric mixing ratio should be
checked before injection.
Flow rates greater than 0.3 l/min can be applied if the ambient
temperature and the temperature of the system components (pump, pipe, joint...) are between 5°C and 30°C and the product
temperature is greater than 15°C. In cases where the water flow cannot be stopped with BETTOPUR CRACKSEAL, BETTOPUR STOP W is first injected until the water flow is stopped. After that, BETTOPUR CRACKSEAL injection is continued using a different (paker).
System:
The resin mixture penetrates into the cracks to be sealed. Due to the hydrophobic (water repellent) character of the resin, if there is water in the crack, a significant part of it is pushed out of the environment. A small part of it forms a fine void foaming reaction with the resin. End product: After more than 10 hours, the resin takes solid form. Final hardening takes several days. The set resin is elastic and extensible even in the direction parallel to the bonding surface;