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24.00 USD
Yaseen Construction Products supplies Moulding Putty for filling, shaping, patching and repairing suitable concrete, metal and other prepared surfaces in construction and industrial maintenance applications.
Two-component epoxy moulding putty combines a resin and hardener to form a workable repair compound that cures into a solid material. The appropriate grade depends on substrate compatibility, required strength, curing conditions and service exposure.
Moulding Putty is a workable repair compound used to fill cavities, rebuild damaged profiles, seal suitable gaps and restore the shape of construction or industrial components.
Two-component epoxy moulding putty generally contains an epoxy resin and a compatible hardener. After mixing in the manufacturer’s specified ratio, the material can be shaped or pressed onto prepared substrates. It subsequently cures through a chemical reaction.
Depending on the formulation, epoxy moulding putty may be used on concrete, masonry, steel and other compatible substrates. Its suitability depends on adhesion, mechanical strength, curing conditions, chemical exposure and operating temperature.
Yaseen Construction Products sources moulding putty for civil contractors, industrial maintenance companies, fabrication workshops, repair specialists and project procurement teams.
A two-component repair compound designed for filling, shaping and rebuilding suitable surfaces.
Common applications include:
Concrete edge and corner repairs.
Filling localised surface defects.
Rebuilding damaged profiles.
Repairing compatible industrial components.
Maintenance of selected machinery housings.
An epoxy repair compound containing metallic or mineral fillers, depending on formulation.
Selected grades are used for:
Rebuilding worn metal surfaces.
Repairing non-critical equipment components.
Filling pits and cavities.
Restoring machined or fabricated profiles.
Metal-filled putties are not automatically suitable for structural metal repairs or pressure-containing equipment.
Epoxy or polymer-based repair putties formulated for compatible concrete and masonry surfaces.
They may be used for:
Small cavities and surface defects.
Localised patch repairs.
Edge restoration.
Preparation before protective coating.
Structural concrete repairs require materials and methods approved by the project engineer.
Specialised putties formulated for shorter working and curing periods.
These may be suitable for selected maintenance activities where reduced downtime is required.
Actual working time, handling strength and full cure depend on the product and ambient temperature.
| Parameter | Specification / Selection Criteria |
|---|---|
| Product | Moulding Putty |
| Chemistry | Epoxy Resin and Hardener, where applicable |
| Components | Two-component system |
| Consistency | Mouldable Paste or Putty |
| Mixing Ratio | Manufacturer specified |
| Colour | Grade dependent |
| Pot Life / Working Time | According to product and temperature |
| Initial Setting Time | Manufacturer dependent |
| Full Cure Time | According to product and conditions |
| Compressive Strength | Grade and test method dependent |
| Tensile Strength | Grade dependent |
| Adhesion Strength | Substrate and preparation dependent |
| Shrinkage | According to formulation |
| Service Temperature | Manufacturer specified |
| Chemical Resistance | According to cured compound |
| Packaging | Kits, Packs, Sticks or Containers |
Actual technical values must be taken from the selected manufacturer’s data sheet. Not all moulding putties are epoxy-based or suitable for the same substrates.
An epoxy putty cures when its resin and hardener react after mixing.
The mixed material remains workable for a limited period, allowing it to be pressed into cavities or shaped around compatible components.
As curing progresses, the material develops hardness, adhesion and mechanical strength.
Performance depends on:
Correct resin-to-hardener ratio.
Thorough mixing.
Substrate preparation.
Ambient and substrate temperature.
Moisture and contamination.
Application thickness.
Working time and curing period.
Chemical and mechanical exposure after curing.
Incorrect mixing or premature loading can reduce the strength and durability of the repair.
Remove loose or deteriorated material.
Clean away oil, grease, dust and other contaminants.
Prepare the substrate to the manufacturer’s required surface profile.
Remove corrosion from steel where applicable.
Confirm the surface is within the permitted moisture and temperature limits.
Use a compatible primer where specified.
Follow the manufacturer’s prescribed mixing ratio.
Mix the components until the material is uniform.
Prepare only the quantity that can be applied within the working time.
Avoid adding solvents or other materials unless expressly permitted.
Press the mixed putty firmly onto the prepared substrate.
Fill cavities without leaving avoidable voids.
Shape the repair to the required profile.
Maintain the permitted application thickness.
Allow the material to cure before machining, coating or loading.
Protect the repair during curing.
Inspect for inadequate bonding or incomplete filling.
Carry out finishing or machining only when permitted.
Confirm compatibility before applying subsequent coatings.
| Property | Epoxy Moulding Putty | Epoxy Repair Mortar | Cementitious Repair Mortar |
|---|---|---|---|
| Typical Consistency | Hand-Mouldable Paste | Trowellable Compound | Cement-Based Mortar |
| Main Binder | Epoxy Resin | Epoxy Resin | Hydraulic Cement |
| Common Use | Localised Filling and Shaping | Surface and Section Repairs | Concrete Repair and Reprofiling |
| Application Volume | Usually Small to Moderate | Product dependent | Product dependent |
| Substrate Moisture Requirements | Grade dependent | Grade dependent | Grade dependent |
| Cure Mechanism | Chemical Reaction | Chemical Reaction | Cement Hydration |
| Structural Suitability | Requires Specific Approval | Requires Specific Approval | Requires Specific Approval |
These products should not be substituted solely on the basis of appearance or claimed strength.
Epoxy moulding putties can provide useful adhesion and mechanical properties when correctly selected and applied.
Relevant properties include:
Compressive strength.
Tensile and flexural strength.
Adhesion to prepared substrates.
Hardness.
Abrasion resistance.
Chemical resistance.
Dimensional stability.
Thermal expansion.
Maximum operating temperature.
A cured putty’s mechanical strength does not automatically establish its suitability for load-bearing structural repairs.
For industrial equipment, compatibility with oils, fuels, cleaning chemicals and process fluids must be verified against the selected formulation.
Depending on the formulation and intended use, manufacturers may report results using recognised testing methods.
| Standard | Test / Property |
|---|---|
| ASTM D695 | Compressive properties of rigid plastics |
| ASTM D638 | Tensile properties of plastics |
| ASTM D790 | Flexural properties |
| ASTM D2240 | Durometer hardness |
| ASTM D4541 | Pull-off strength of coatings using portable adhesion testers |
| ASTM D543 | Resistance of plastics to chemical reagents |
| ASTM C881/C881M | Epoxy-resin-base bonding systems for concrete, where the product falls within the standard’s scope |
These standards are potential test references, not certifications for every moulding putty. Applicability must be verified using the manufacturer’s documentation.
Buyers should identify the actual repair requirement before choosing a material.
Concrete surface repair: Confirm adhesion, substrate moisture limits and compatibility with subsequent coatings.
Metal restoration: Evaluate adhesion, machinability, corrosion exposure and operating temperature.
Equipment maintenance: Consider vibration, mechanical loading and chemical exposure.
Profile rebuilding: Check workability, sag resistance and allowable application thickness.
Rapid maintenance: Review pot life, handling strength and full curing time.
Outdoor repairs: Verify weathering resistance and whether a protective coating is required.
Where a component performs a safety-critical or pressure-retaining function, repairs require an approved engineering procedure.
Moulding putty may be supplied in manufacturer-standard packaging such as:
Two-component resin and hardener kits.
Pre-portioned repair packs.
Dual-component putty sticks.
Industrial repair containers.
Bulk project quantities.
Packaging depends on the manufacturer, formulation and intended application.
Buyers should specify the required product chemistry, pack size, quantity and application conditions.
Yaseen Construction Products can review moulding putty sourcing enquiries against relevant industrial repair product references, including:
Belzona epoxy repair compounds.
Devcon Plastic Steel and other compatible repair putties.
J-B Weld epoxy putty product ranges.
Other approved epoxy repair compound manufacturers.
These product families have different compositions and performance characteristics.
Equivalent products must be compared using intended substrate, mixing ratio, working time, adhesion, mechanical strength, chemical resistance and service temperature.
Brand references are for technical comparison and product identification. They do not imply manufacturer affiliation, guaranteed availability or automatic equivalence.
Moulding putty pricing depends on:
Resin and hardener chemistry.
Filler composition.
Pack size and yield.
Curing characteristics.
Mechanical and chemical performance.
Manufacturer and product grade.
Order quantity and delivery destination.
For accurate quotations, procurement teams should provide the intended application, substrate, required performance, pack size and quantity.
For industrial maintenance applications, operating temperature and chemical exposure information may also be necessary.
Yaseen Construction Products supplies and exports moulding putty and compatible repair compounds for construction, engineering and industrial maintenance projects across the UAE, Saudi Arabia, Qatar, Oman, Kuwait and African countries, including Nigeria, Kenya, Ghana, Tanzania, Uganda, Ethiopia, South Africa, Egypt, Morocco, Rwanda, Zambia, Mozambique and Senegal.
We support civil contractors, repair specialists, industrial maintenance companies, fabrication workshops and procurement teams with specification-based sourcing, bulk quotations and international shipment arrangements.
Product availability, pricing and delivery schedules depend on the selected formulation, packaging, order quantity and destination.
Mouldable Consistency: Can be shaped and pressed into compatible cavities and damaged profiles.
Localised Repairs: Suitable grades allow targeted repairs without replacing entire components.
Substrate Adhesion: Properly formulated products bond to approved concrete, metal or masonry surfaces.
Different Curing Options: Formulations are available with different working and curing times.
Profile Restoration: Can rebuild corners, edges and irregular surfaces within the product’s application limits.
Controlled Application: Putty consistency can simplify repairs on suitable vertical or irregular surfaces.
Mechanical Strength: Selected cured compounds provide useful compressive and adhesion properties.
Machinable Grades: Certain industrial repair putties can be drilled, sanded or machined after curing.
Chemical Resistance Options: Specialised grades resist selected industrial fluids and chemicals.
Reduced Material Waste: Small repair quantities can be prepared according to the work area.
Versatile Packaging: Available in kits, pre-portioned packs and other manufacturer-standard formats.
Maintenance Applications: Useful for planned repairs and selected equipment-restoration activities.
Concrete Edge Repairs: Filling and reshaping localised damaged edges.
Concrete Surface Defects: Repairing suitable cavities, chips and minor surface imperfections.
Industrial Equipment Housings: Filling and rebuilding non-critical damaged areas.
Metal Component Restoration: Repairing pits and localised wear on compatible prepared surfaces.
Fabrication Workshops: Shaping and filling components during approved repair work.
Maintenance Repairs: Localised restoration of suitable industrial equipment.
Pre-Coating Surface Preparation: Filling approved defects before protective coating applications.
Masonry Repairs: Patching compatible surface cavities and damaged profiles.
Machinery Covers and Guards: Repairing selected non-structural components.
Plant Maintenance: Rebuilding suitable worn or damaged surfaces.
Engineering Workshops: Custom shaping and repair of compatible components.
Construction Finishing: Localised surface restoration where epoxy putty is specified.
Moulding putty is used to fill cavities, rebuild damaged profiles, patch surface defects and repair suitable construction or industrial components. Applications depend on the material’s chemistry, adhesion, curing characteristics and mechanical performance.
Not necessarily. Moulding putty describes a workable material that can be shaped or formed. Epoxy putty is one type, generally consisting of resin and hardener. Other moulding compounds may use different chemistries, so the product formulation should be confirmed.
Yes. Suitable epoxy putties can be applied to properly prepared concrete for localised filling and surface repairs. The selected product must be compatible with the concrete condition, moisture level and intended service exposure. Structural repairs require engineering approval.
Certain epoxy moulding putties are formulated for metal repair and restoration. They may be used to fill pits or rebuild non-critical surfaces. Performance depends on surface preparation, operating temperature, chemical exposure and mechanical loading.
Curing time varies by product chemistry, mixing ratio, temperature and application thickness. Manufacturers generally specify working time, initial handling time and full cure separately. Repairs should not be loaded before the required cure has been achieved.
Some fully cured epoxy putties provide good resistance to water exposure, but waterproofing performance depends on the formulation, substrate preparation and service conditions. A general-purpose repair putty should not automatically replace a certified waterproofing system.
Only if the selected product is specifically approved for damp or wet substrates. Many epoxy repair compounds require clean, dry or otherwise prepared surfaces. Applying an unsuitable putty to wet concrete or metal can reduce adhesion.
Moulding putty typically has a hand-workable consistency for localised filling and shaping. Epoxy repair mortar is generally designed for trowel-applied repairs and may contain graded aggregates. The appropriate material depends on repair dimensions, loading and the approved specification.
Certain cured epoxy putties can be sanded, drilled or machined. The manufacturer’s instructions should confirm when finishing operations may begin and whether the selected compound is suitable for the required machining process.
Specialised formulations are available for elevated-temperature service, but general-purpose epoxy putties have temperature limits. Buyers should confirm continuous operating temperature, intermittent exposure and the product’s declared thermal performance.
Pricing depends on product chemistry, filler composition, pack size, curing characteristics, mechanical properties, manufacturer, order quantity and delivery destination. Technical specifications should be compared before selecting a lower-priced alternative.
Yaseen Construction Products supplies and exports moulding putty and compatible repair compounds for construction, industrial maintenance and engineering projects across the UAE, Saudi Arabia, Qatar, Oman, Kuwait and African countries, including Nigeria, Kenya, Ghana, Tanzania, Uganda, Ethiopia, South Africa, Egypt, Morocco, Rwanda, Zambia, Mozambique and Senegal.
We assist contractors, industrial maintenance teams, engineering workshops, distributors and procurement departments with product selection, bulk quotations and shipment arrangements according to project requirements.
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