Welcome to Cretepro
Call us: +971524223627
Email us: info@creteprotrading.com
Showing all 9 results
Sealants and anchors sit at the end of most installation jobs, but that doesn’t make them an afterthought. A gap that isn’t sealed properly lets moisture in. An anchor that isn’t rated for the load creates a safety issue. Getting these two things right wraps up a project cleanly, safely, and built to last.
Fire sealants do a specific job that no general sealant can substitute for. Penetrations through fire-rated walls and floors, pipe runs, cable routes, and structural gaps need sealing with a product that maintains the fire rating of the surrounding structure.
Most fire sealants carry a temperature rating of 1000°C and above, which is what makes them a compliance requirement on UAE construction projects, not just a finish detail.
Fire sealant is needed on:
View Fire Sealant
Fischer anchors are mechanical fixing systems used where load demand goes beyond what a standard fixing handles. Both chemical and mechanical expansion anchor options are available, covering the full range of substrate conditions from solid concrete and masonry to hollow block applications.
Facades, structural brackets, heavy equipment mountings, and safety-critical installations all need anchors with documented load ratings.
Fischer anchors work well for:
View Fischer Anchor
Fischer sealants handle joints, gaps, and connections that need a flexible, durable seal. Where structures move slightly, expand with heat, or where two different materials meet, a quality sealant keeps the joint tight without cracking or pulling away.
It’s a practical choice for:
View Fischer Sealant
Bostik sealant covers a wide range of applications across both wet and dry environments. Both acetoxy and neutral cure silicone options are available — neutral cure is the right call on natural stone surfaces and certain metals, where acetoxy silicone causes staining. It bonds well to most common construction surfaces and stays flexible through the movement that the UAE temperature cycles create.
Bostik sealant suits:
View Bostik Sealant
Not every sealant joint sits somewhere nobody looks. Kerakoll sealants are formulated for tile and stone applications where long-term performance, flexibility, and adhesion to the substrate genuinely matter.
These work well on:
View Kerakoll Sealant
Some joints are front and centre — visible on a feature wall, a bathroom finish, or a retail fit-out floor where every detail gets noticed. Kerakoll decorative sealants are formulated to handle those situations. Multiple colour options are available to match grout shades, keeping visible joints looking sharp and consistent across the whole installation.
A good fit for:
View Kerakoll Decorative Sealant
Construction across the GCC, including the UAE, Saudi Arabia, Qatar, Oman, Kuwait, and Bahrain, operates under demanding climatic conditions that place significant stress on construction materials. Summer surface temperatures on exposed concrete regularly exceed 70°C. Coastal humidity in cities such as Abu Dhabi, Doha, and Kuwait City accelerates moisture ingress into unprotected joints and substrates. Salt-laden air along Gulf coastlines increases the rate at which water penetrates structural gaps, corrodes steel reinforcement, and degrades poorly sealed surfaces.
These combined stresses mean that waterproofing cannot be treated as a secondary consideration in any GCC project. Every joint, penetration, and substrate transition is a potential entry point for water. Sealants are the last line of defence at these points, and selecting the appropriate sealant and preparing the substrate correctly helps ensure long-term performance.
The construction adhesives and sealants market across the GCC is expanding significantly, driven by major infrastructure programs in Saudi Arabia, Qatar, and the UAE. Projects operating under tight schedules and high specification requirements need products that perform from day one and remain stable through decades of thermal cycling. That is why contractors and procurement teams increasingly specify sealants and waterproof coatings that carry documented performance data rather than relying on commodity products.
A waterproof coating applied to a roof, terrace, or wet area substrate provides broad surface protection. Sealants address the points where that coating terminates, where it meets a different material, or where structural movement creates an ongoing challenge that a rigid coating alone cannot accommodate.
In tiled wet areas such as bathrooms, shower rooms, and pool surrounds, the substrate receives a waterproof coating or membrane before tiles are fixed. Sealants then seal the movement joints at the perimeter of the tiled area, at floor-to-wall junctions, and at transitions between different surface materials. These joints absorb the thermal expansion that the UAE climate generates, preventing the tile installation from cracking or lifting. For further detail on the products used beneath tile installations, see the Waterproofing and Waterproof Coating ranges available from CretePro Trading.
On roofs and terraces, a liquid-applied waterproof coating such as a polyurethane or cementitious system covers the main field area. Sealants handle the termination details at parapet walls, pipe penetrations, drain collars, and expansion joints. A roof system that uses a high-performance membrane but incompatible or unsuitable sealants at its termination details is more likely to experience premature failure, even if the main coating performs as intended. Product compatibility between the membrane and the sealant is a technical requirement, not a preference.
Damp-proofing addresses moisture migration through walls and floor slabs rather than direct water ingress under pressure. In basement construction, foundation walls, and ground-floor slabs, moisture travels through concrete by capillary action even when there is no hydrostatic pressure involved. Sealants at construction joints, wall-to-slab junctions, and service penetrations prevent that moisture from tracking through to the interior surface.
In the UAE, below-grade construction in areas with high groundwater tables, such as parts of Dubai and Abu Dhabi, requires particular attention to construction joint sealing. Polyurethane and polysulphide sealants carry sufficient movement capability and bond strength for these applications, and they remain stable when exposed to the groundwater conditions common in Gulf subsoils. For projects requiring damp proof membranes and coatings at substrate level, the Water Proof and Damp Proof product range covers those requirements alongside the sealant systems listed on this page.
Anchors in below-grade and damp environments require corrosion-resistant finishes. Stainless steel and hot-dip galvanized anchor systems are the appropriate specification for applications exposed to moisture, ground salts, and coastal air. Using carbon steel anchors without adequate corrosion protection in these conditions can lead to corrosion over time, potentially affecting the surrounding concrete and the long-term performance of the structural connection.
CretePro Trading supplies sealants, anchors, and waterproofing systems to contractors, developers, and procurement teams across the UAE. Projects in Saudi Arabia, Qatar, Oman, Bahrain, and Kuwait can be supported through our team. Technical data sheets, product specifications, and bulk pricing are available on request. For projects requiring both sealant systems and tile installation materials, the Tile Adhesive and Grout range is also available from CretePro Trading.
Contact the team to discuss supply requirements for your project: +971524223627
A waterproof coating is designed to resist direct water pressure and prevent water ingress through roofs, wet areas, and surfaces exposed to standing water or rainfall. A damp proof membrane addresses moisture migration through walls and slabs by capillary action, where water moves through the material without direct pressure. Both systems are used in GCC construction projects, and the correct choice depends on the exposure conditions, the substrate, and the location within the building.
The most common causes of sealant joint failure in the UAE are product selection that does not account for the level of thermal movement, application to substrates that have not been properly primed or cleaned, and using an incompatible sealant at the termination edge of a waterproof coating system. The UAE’s temperature range between winter nights and summer peak can exceed 50°C, which generates repeated expansion and contraction in joints. Sealants used in exposed locations need to accommodate that movement without adhesion failure.
Silicone sealants offer superior UV resistance and remain flexible across a wide temperature range, making them the preferred choice for exposed façade joints, window perimeters, and sanitary areas where long-term weather resistance matters. Polyurethane sealants bond well to a wider range of substrates, are paintable once cured, and perform well in structural and floor joints where load movement is a factor. On natural stone surfaces, neutral-cure silicone must be used to avoid staining from acetoxy-cure products.
Yes. Coastal environments introduce salt-laden air and elevated humidity, which accelerate corrosion of unprotected steel fixings. In these locations, anchors specified for structural, façade, or external applications should be stainless steel or hot-dip galvanized to resist corrosive conditions. Standard carbon steel anchors with basic surface treatment can experience corrosion-related degradation when used in coastal UAE or other GCC coastal cities.
The joint surfaces must be clean, dry, and free from dust, oil, curing compound residue, and loose material. A bond breaker, typically a polyethylene foam backer rod, should be installed in the joint to control the depth of sealant and prevent three-sided adhesion, which restricts movement and can cause premature failure. Most sealants used on porous substrates such as concrete and masonry also require a compatible primer to achieve the adhesion values stated in the technical data sheet. Following the manufacturer’s surface preparation instructions is important for compliance and warranty requirements.
Fire sealant is specifically designed to maintain the fire rating of walls and floors at penetration points and other construction joints. It is tested and rated for high-temperature exposure according to the relevant fire-resistance requirements. Standard sealants do not provide the same certified fire-resistance performance and should not be substituted where a fire-rated system is specified.
Fischer anchors are typically considered where there are significant load demands, safety requirements, or substrate conditions that standard fixings are not designed or certified to handle. Mechanical or chemical anchoring systems may be specified where certified performance and reliable load transfer are required.
Yes, but the correct formulation is important. Neutral-cure Bostik silicone is generally the appropriate option for sensitive natural stone surfaces. Acetoxy-cure silicone can cause staining or discoloration on certain stone materials, so the product’s technical documentation should always be checked before application.
Decorative sealant is commonly used on visible tile and stone joints where colour matching and long-term appearance are important alongside basic sealing performance. It can help create a cleaner, more coordinated finish in residential, commercial, hospitality, and other architectural applications.
Automated page speed optimizations for fast site performance