Cherry Tree Technical Services works closely with all the stakeholders to deliver concrete flooring projects on time, on budget and safe in the knowledge that the floors are built to specification. Cherry Tree Technical Services can offer full construction packages including design, installation, warranty and insurance. We deliver products and services across the Middle East, United Arab Emirates, Abu Dhabi, Dubai, Sharjah, Ajman, Umm Al Quwain, Ras Al Khaimah and Fujairah. Cherry Tree Technical Services L.L.C Excellence in Delivering Flooring Solutions across the Middle East For any enquiries, questions or comments, please call: +971 56 113 6244 / +971 4 8866846 steve@cherrytree.me Commercial Flooring Residential Flooring Project Delivery Site Management

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Concrete Industrial flooring encompasses numerous applications. CCTS works closely with all stake-holders to deliver the project on time, on budget and safe in the knowledge the floor has been built to specification. CTTS Can offer full construction packages including design, installation, warranty and insurance Concrete Industrial flooring encompasses numerous applications. CCTS works closely with all stake-holders to deliver the project on time, on budget and safe in the knowledge the floor has been built to specification. CTTS Can offer full construction packages including design, installation, warranty and insurance. CTTS offer a wide range of specialised concrete floors, including: Internal ground bearing floor slabs, including jointed & jointless options utilising steel fibre technology, structural polypropylene fibres or traditional reinforcement. Pile supported slabs on either tied steel or steel fibre reinforced. High Tolerance Specifications. Composite mezzanine floor slabs. External slabs. Large Area daily casted using traditional or Laser Screed methods. FM1, FM2 & FM3 flatness installations as per the Concrete Society Concrete Report 34, (TR34) 2003 edition. DM 1, 2 & 3 - TR34 (4th edition). Industrial Flooring

Foam concrete, also known as lightweight aerated concrete, variable density concrete, cellular concrete, and lightweight or ultra-lightweight concrete, is defined as a cementitious material with a minimum of 20% by volume of mechanically entrained foam in the plastic mortar What is foam concrete? Foam concrete, also known as lightweight aerated concrete, variable density concrete, cellular concrete, and lightweight or ultra-lightweight concrete, is defined as a cementitious material with a minimum of 20% by volume of mechanically entrained foam in the plastic mortar. As mostly no coarse aggregate is used for production of foam concrete the correct term would be called indeed mortar instead of concrete. Sometimes it may also be called as “foamed cement” or “foam cement” because of mixture of cement and foam without any fine aggregate. However, foam concrete is not to be confused with autoclaved concrete, which is manufactured offsite using entirely different methods. The density of foam concrete usually varies from 400 kg/m3 to 1,600 kg/m3. The density is normally controlled by substituting fully or part of the fine aggregate with foam. Displacing concrete with air The variable density is normally described in kg per m3, where regular concrete is 2,400 kg/m3. Variable density can be as low as 300 kg/m3, although at this density it would have no structural integrity at all. By replacing the dense heavy concrete with air, the variable density reduces strength to increase thermal and acoustical insulation. There are many competing products, e.g. foaming agents that resemble shaving cream, to mix air bubbles in with the concrete, but all accomplish the same outcome: to displace concrete with air. Applications Foam concrete can be produced with dry densities of 400 to 1,600 kg/m3, with 28-day strengths of approximately 1 to 10 N/mm2 respectively. Foam concretes are fire resistant and, their thermal and acoustical insulation properties make them ideal for a broad range of purposes, from insulating floors and roofs, to void filling. It is also particularly useful for trench re-instatements. Applications of foam concrete include, but are not limited to: Blocks and panels for walls Levelling Floors Road subbases and maintenance Bridge abutments and repairs Ground stabilisation Roof insulation Foam concrete is a highly versatile material, featuring benefits like: Weight reduction of superstructure using foam concrete walls: less steel reinforcements required for slabs, columns, beams and foundation due to lesser load. Reduced cost of raw materials: By adding air, enclosed in foam bubbles, the volume of concrete can be increased at very low cost. Environmentally-friendly / Energy savings: Compared to autoclaved aerated concrete (AAC), air curing is possible for foam concrete. This saves up to 9 m2 of gas for curing one cubic meter of AAC and therefore protects our environment. Cost reduction for transportation and storage: Less raw materials, very efficient foam concentrate. Faster construction using cast in-situ application improved thermal insulation: Foam concrete can achieve the same insulation results as normal concrete with only 20% of the weight and 10% of raw materials. Improved fire protection: A wall of 13 cm thickness and 1,250 kg/m³ can withstand a fire for 5 hours. A wall of 10 cm thickness and only 400 kg/m³ achieves the same result, due to the air enclosed in the foam concrete. Easy to use/produce/handle. High flowing capability: Can fill hollow spaces. LightWeight Concrete

Concrete is used worldwide for building and foundation needs. With the advent of new technologies and additives, it has become clear that concrete is far more versatile and cost-effective than ever imagined. Decorative Concrete Concrete is used worldwide for building and foundation needs. With the advent of new technologies and additives, it has become clear that concrete is far more versatile and cost-effective than ever imagined. Our specialties include the supply and installation of: Coloured finishes Non-slip coatings Stamped concrete Microtoppings Exposed aggregate finishes Epoxy flooring Waterproofing solutions We serve industrial, commercial, and residential projects. Whether you know exactly what you require or need assistance in shaping your vision, our experts are ready to help. For both interior and exterior applications, the possibilities are endless. Stamped Concrete Stamped concrete, also known as textured or imprinted concrete, replicates natural materials such as slate, flagstone, tile, brick, and even wood. Advantages: Wide variety of patterns and colours Highly versatile for creative design Enhances both functionality and aesthetics Common Applications: Pool decks Walkways Driveways Courtyards Patios Microtoppings Cement-based microtoppings and skim coats provide a clean, durable canvas for decorative treatments such as stains, dyes, and stencilled patterns. Can be pre-tinted in a wide range of colours Custom tinting available Unique colour effects achieved through layered applications Applications: Interior floors Decorative surfaces Renovation overlays Exposed Concrete Exposed aggregate concrete is comparable to polished granite: beneath a plain surface lies a striking natural beauty. This finish reveals decorative aggregate—either natural or manufactured—and delivers a durable, slip-resistant surface. Ideal For: Walkways Patios Pool surrounds Decks Plazas Driveways Polished Concrete Polished concrete has become the ultimate no-wax flooring material. With modern equipment and techniques, concrete surfaces can be ground and polished to a high-gloss finish that requires no waxes or coatings. Benefits: Economical Easy to maintain Long-lasting Customisable in colour and design Popular In: Retail stores Warehouses Office spaces Residential homes Epoxy Flooring Epoxy coatings are an excellent flooring solution for residential, commercial, and industrial spaces. Features: Seamless and durable Resistant to chemicals, stains, and heavy traffic Available in high-gloss or matte finishes Wide range of colour options Applications: Garages Warehouses Factories Kitchens Hospitals Showrooms Waterproofing Waterproofing systems protect buildings and structures from water ingress and damage, ensuring structural integrity and extended lifespan. Solutions Include: Cementitious waterproofing Liquid membrane systems Bituminous coatings Polyurethane membranes Applications: Roofs Basements Bathrooms Balconies Swimming pools

Download Cherry Tree product brochures and Commercial Dcoument Welcome to Cherry Tree Technical Services Documents Product Brochures AAC Wall Panels Decorative Concrete Industrial Flooring Rapid Flow Screed Light Weight Concrete Commercial Documents Cherry Tree Trade License 2027

Cherry Tree Technical Services works closely with all the stakeholders to deliver projects on time, on budget and safe in the knowledge that the floors are built to specification. Cherry Tree Technical Services can offer full construction packages including design, installation, warranty and insurance.  We Offer a wide range of Products and Services to meet your Needs Cherry Tree Technical Services works closely with all the stakeholders to deliver projects on time, on budget and safe in the knowledge that the floors are built to specification. Cherry Tree Technical Services can offer full construction packages including design, installation, warranty and insurance. Industrial Flooring Rapid Flow Screed Light Weight Concrete Decorative Concrete

The CT Steel Fibres are our advanced concrete reinforcement solution, designed to be used alongside traditional rebar and steel mesh to deliver superior crack control, enhanced durability, and improved structural performance. Industrial Flooring CT Steel Fibres For industrial concrete flooring, traditional reinforcement methods—rebar and steel mesh—have long been the standard. While effective, they come with inherent limitations: they are labour-intensive to install, create potential weak points at joints and laps, and can be difficult to position correctly within the slab depth. The CT Steel Fibres are our advanced concrete reinforcement solution, designed to be used alongside traditional rebar and steel mesh to deliver superior crack control, enhanced durability, and improved structural performance. Our steel fibres are high-quality, hooked-end or crimped fibres manufactured from cold-drawn wire, engineered to be uniformly dispersed throughout the concrete mix. When added during, these fibres create a three-dimensional, random distribution of reinforcement within the entire slab volume. This provides what traditional reinforcement cannot—micro-crack control at every point of the slab, significantly enhancing the concrete's post-crack performance and structural integrity. The CT Steel Fibres are the ideal reinforcement solution for any industrial floor that demands exceptional durability, crack control, and load-bearing performance. We serve a wide range of sectors, including: Industrial Warehousing and Distribution: High-traffic floors subjected to constant forklift movement, heavy pallet loads, and point loads from racking systems. Manufacturing and Production Plants: Facilities with heavy machinery, dynamic loads, and vibration that can cause cracking and structural fatigue. Logistics and Transport Hubs: Lorry parks, container yards, and loading bays that endure extreme static and dynamic loads from heavy goods vehicles. Cold Storage and Freezer Rooms: Environments subject to thermal contraction and expansion, where temperature-induced cracking is a significant risk. External Hardstanding and Paving: External concrete areas exposed to freeze-thaw cycles, heavy traffic, and ground movement, where enhanced crack control is essential. Heavy Engineering and Foundries: Floors subject to extreme impact, thermal shock, and heavy point loads from plant equipment. Data Centres and Critical Facilities: Floors that require exceptional structural stability and crack control to protect sensitive equipment and maintain stringent flatness tolerances. Incorporating CT Steel Fibres into our concrete delivers a range of significant and measurable benefits: Superior Crack Control: Unlike rebar and mesh, which only provide reinforcement at specific locations within the slab, steel fibres are dispersed throughout the entire concrete volume. This provides three-dimensional crack control, effectively managing micro-cracking at its source and preventing it from developing into structural cracks. Enhanced Post-Crack Performance: When cracking does occur, the hooked-end fibres bridge the crack, transferring load across it and preventing separation. This significantly improves the slab's post-crack ductility and load-bearing capacity, ensuring the floor remains functional even after cracking. Improved Joint Performance: Steel fibres can be used to reduce joint spacing, allowing for longer slab panels with fewer joints. Alternatively, they can eliminate the need for dowel bars at joints, reducing construction complexity and long-term joint maintenance issues. Increased Durability and Impact Resistance: The addition of steel fibres significantly enhances the concrete's resistance to impact, abrasion, and fatigue. This is particularly beneficial in high-traffic areas and environments subject to dropped loads or heavy equipment movement. Reduced Labour and Installation Time: Unlike rebar and mesh, which require manual placement, tying, and positioning, steel fibres are simply added to the concrete mix at the batching plant. This reduces on-site labour requirements, speeds up installation, and eliminates the risk of reinforcement being displaced during pouring. Elimination of Edge Lifting: Traditional rebar and mesh can be prone to inadequate cover, leading to corrosion and spalling at slab edges. Steel fibres are uniformly distributed and provide consistent reinforcement throughout, eliminating this risk. Reduced Slab Thickness: In many applications, the enhanced structural performance provided by steel fibres can allow for a reduction in slab thickness compared to traditional reinforcement alone, delivering significant material cost savings. Improved Safety: By minimising cracking and surface deterioration, steel fibres reduce trip hazards and maintain a smooth, level surface for safe forklift and pedestrian operation. Long-Term Cost Savings: The enhanced durability, reduced maintenance, and extended service life provided by steel fibre reinforcement deliver exceptional whole-life value, far outweighing the initial material cost.

Incorporates admixtures to impart high flow ability, increased cohesiveness and reduced water content. Incorporates fibers to reduce shrinkage and cracking. Produced in computer controlled concrete batch plants under ISO 9001 Quality Systems. Incorporates admixtures to impart high flow ability, increased cohesiveness and reduced water content. Incorporates fibers to reduce shrinkage and cracking. Produced in computer controlled concrete batch plants under ISO 9001 Quality Systems. Laboratory tested to ensure full compliance with design requirements. Range of compressive strengths and densities to meet specific site requirements. Delivered to site in ready mixed concrete trucks. Easily pumped over extended distances both horizontally and vertically. Lightweight options available to reduce dead-weight constraints. Increased productivity enables fast-track construction. Produces a finish which is more durable than conventional floor screeds. Suitable for high strength screed applications as defined in BS 8204. Rapid Flow Screeds can be used for unbonded, bonded and floating construction. Reduced drying times allowing early applications of finishes. Rapid Flow Screed Flowing screeds are made from inert fillers such as sand, with a binder based on cement. Consequently they can look very similar to a sand/cement screed. Flow screeds are preferable to traditional cement based screeds as they are faster to install and provide a similar finish. One of the main advantages of liquid flow screed is that it is anything but difficult to pour, with fluid properties that consider an expedient application and quicker drying times & can be trafficked within 24-48 hours Incorporates admixtures to impact high flow ability, increased cohesiveness and reduced water content Incorporates fibres to reduce shrinkage and cracking Produced in a computer controlled concrete batch plants under ISO9001 Quality Systems Laboratory tested to ensure full compliance with design requirements Delivered to site in ready mixed concrete trucks Easily pumped over extended distances both horizontally and vertically Lightweight options available to reduce dead-weight constraints Increased productivity enables fast-track construction Produces a finish which more durable than conventional floor screeds Suitable for high strenght screed applications as defined by BS 8204 Rapid Flow screeds can be used for unbonded, bonded or floating construction Reduced drying times allowing early application of finishes

At Cherry Tree Technical Services, we offer a comprehensive range of services designed to meet the diverse needs of our clients. Our services are characterized by quality, innovation, and a customer-centric approach Cherry Tree Technical Services L.L.C About Us Quality Construction Services At Cherry Tree Technical Services, we offer a comprehensive range of services designed to meet the diverse needs of our clients. Our services are characterized by quality, innovation, and a customer-centric approach.

The CT Hardener is the ideal solution for any facility where the standard concrete floor does not meet the operational demands of the environment. Industrial Flooring CT Hardner For many industrial and commercial facilities, the standard concrete floor—while structurally sound—does not provide the specific surface properties required for their operations. Whether you need enhanced chemical resistance, a seamless and hygienic surface, or a decorative finish, the base concrete alone often falls short. The CT Hardener is our comprehensive range of high-performance floor finishes, designed to be applied over prepared concrete substrates to deliver the exact surface characteristics your facility demands. Depending on your requirements, our CT Topping range can provide exceptional chemical resistance, heavy-duty impact protection, anti-slip safety, hygienic seamless finishes, or even decorative coloured and textured surfaces. We work closely with you to specify the optimal system for your environment—ensuring your floor performs perfectly for its intended use." The CT Hardener is the ideal solution for any facility where the standard concrete floor does not meet the operational demands of the environment. We serve a wide range of sectors, including: Food and Beverage Processing: Facilities that require seamless, hygienic, and easily sanitised surfaces that resist bacterial growth and comply with strict food safety regulations. Chemical and Pharmaceutical Plants: Environments exposed to aggressive chemicals, solvents, and acids that would quickly degrade unprotected concrete. Manufacturing and Assembly: Production areas that need impact resistance, heavy-load durability, and protection against oils, coolants, and hydraulic fluids. ·Warehousing and Logistics: High-traffic distribution centres that require a tough, abrasion-resistant surface to withstand constant forklift and pallet movement. Commercial Kitchens and Catering: Areas exposed to hot water, grease, food acids, and constant washing-down procedures. Healthcare and Laboratories: Hospitals, clinics, and research labs that demand seamless, non-porous, and easy-to-clean surfaces for sterile environments. Retail and Showrooms: Commercial spaces that require a decorative, high-aesthetic finish with colour choices and seamless designs to enhance the customer experience. Cold Storage and Freezer Rooms: Facilities operating at sub-zero temperatures where traditional flooring can crack or fail under thermal shock. Investing in the CT Hardener delivers a comprehensive range of benefits that protect your floor, your products, and your people: Superior Chemical Resistance: Our polyurethane and epoxy toppings provide exceptional resistance to a wide range of chemicals, including acids, alkalis, solvents, oils, fuels, and cleaning agents. This prevents surface degradation and extends the service life of your floor in harsh environments. Exceptional Durability and Impact Resistance: Quartz hardeners in particular, offer outstanding impact and abrasion resistance, able to withstand heavy point loads, dropped tools, steel-wheeled trolleys, and constant forklift traffic without chipping or delaminating. Anti-Slip Safety: We can incorporate aggregates or textured finishes into our toppings to provide controlled slip resistance, reducing the risk of workplace accidents in wet or greasy environments while maintaining easy cleanability. Decorative and Aesthetic Options: Our toppings are available in a wide range of colours, finishes, and textures. This allows you to create a professional, branded, or visually appealing environment—whether for a showroom, office, or customer-facing area. Easy Maintenance and Cleaning: The seamless, non-porous surface resists staining and allows for quick, efficient cleaning using standard industrial scrubber dryers or pressure washers, significantly reducing downtime and labour costs. Extended Floor Lifespan: By applying a high-performance Hardeners, you can significantly extend the operational life of your floor, often adding 15–20 years of service compared to unprotected concrete, delivering excellent return on investment."

The concrete mix is the singular most important aspect in any industrial floor. We only work with like minded ready mix concrete suppliers who emphasis the need for quality, sustainability & service. The use of admixtures, cement replacements & fibres are highly encouraged as well as maintaining low, workable water cement ratios. Industrial Flooring MATERIALS CONCRETE The concrete mix is the singular most important aspect in any industrial floor. We only work with like minded ready mix concrete suppliers who emphasis the need for quality, sustainability & service. The use of admixtures, cement replacements & fibres are highly encouraged as well as maintaining low, workable water cement ratios. STRUCTURAL POLYPROPYLENE FIBRES (MACRO) Macro synthetic fibres, are made from a blend of polymers and were originally developed to provide an alternative to steel fibres Suitable in aggressive environments where steel could potentially corrode. i.e marine or costal. Increase the post cracking of concrete. Increases the ductility & tensile strength of concrete. Easier to handle than steel fibres. STEEL FIBRES Unlike traditional reinforcement, steel fiber concrete reinforcement actively reinforce every part of the concrete structure, the benefits are: Significantly reduces the risk of cracking. Reduced spalling joint edges. Higher impact resistance. Potential reduction in thickness of concrete. Larger bay sizes. Greater fatigue endurance. TRADITIONAL MESH REINFORCEMENT Wire mesh on concrete functions as reinforcement, preventing crack formation during temperature changes and under flexural loads. When freshly poured concrete sets around wire mesh, it grips onto the mesh, which effectively inhibits its internal movement in the horizontal plane. Years of track record used together with concrete. Readily available. Safe & traditional method for reinforcing concrete.