| 1 |
Polymer-Modified Repair Mortar |
General concrete patching, spalled edges, columns, beams, façades, and structural surface repairs. |
Cementitious binder with graded mineral aggregate and polymer modifiers. |
Compressive strength commonly about 20–50 MPa at 28 days;
low to medium shrinkage;
layer thickness commonly 5–50 mm, depending on formulation.
|
EN 1504-3
ASTM C928
ASTM C109
|
Moisture-resistant 20–25 kg multi-wall paper bags with inner liner; palletized and stretch-wrapped. |
Keep dry and off the floor; protect from humidity; use first-in-first-out inventory; typical unopened shelf life is 6–12 months, subject to the technical data sheet. |
Batch number, technical data sheet, safety data sheet, compressive-strength results, chloride content, shrinkage data, and conformity declaration. |
High — versatile for distributors and contractors serving multiple repair applications. |
| 2 |
Rapid-Setting Repair Mortar |
Emergency repairs, traffic areas, warehouse floors, utility access covers, and time-sensitive maintenance. |
Rapid-hardening hydraulic cement with graded aggregate and setting-control additives. |
Initial set often within approximately 10–45 minutes;
early compressive strength may reach about 10–25 MPa within several hours;
final strength varies by formulation.
|
EN 1504-3
ASTM C928
ASTM C191
|
Moisture-barrier bags or pails, generally 5–25 kg; smaller units help reduce waste during emergency repairs. |
Temperature-sensitive handling; avoid frozen or overheated storage; plan delivery around shelf life and installation windows. |
Set-time test results, early-strength data, working-time range, temperature limitations, mixing instructions, and batch traceability. |
High — strong demand where downtime and reopening speed are critical. |
| 3 |
Fiber-Reinforced Repair Mortar |
Large patches, façade repairs, overhead repairs, and areas exposed to shrinkage or impact risk. |
Cementitious mortar reinforced with synthetic or mineral fibers and graded aggregates. |
Compressive strength commonly about 25–60 MPa at 28 days;
improved crack-control performance;
typical repair thickness about 10–75 mm, depending on aggregate size.
|
EN 1504-3
ASTM C928
ASTM C157
|
20–25 kg lined bags; use reinforced pallet wrapping to prevent puncture and moisture ingress. |
Check fiber dispersion after mixing; prevent bag damage during loading; protect from rain and condensation. |
Fiber type and dosage, crack-control or shrinkage results, bond strength, compressive strength, and production-batch records. |
High — suitable for buyers seeking broader application tolerance. |
| 4 |
Non-Shrink Cementitious Repair Grout |
Base plates, machine foundations, structural void filling, anchor pockets, and precision repairs. |
High-performance cementitious grout with expansive or shrinkage-compensating additives. |
Flowable or pourable consistency;
compressive strength commonly about 40–80 MPa at 28 days;
low-volume-change performance when correctly mixed and cured.
|
ASTM C1107
EN 1504-3
ASTM C109
|
20–25 kg moisture-resistant bags; bulk bags may be used for large projects if humidity control is reliable. |
Use sealed transport; check water dosage and flow requirements; do not store in humid containers or exposed yards. |
ASTM C1107 compliance evidence, flow data, expansion or shrinkage results, strength certificates, and installation method statement. |
High — attractive for infrastructure, industrial, and equipment-installation projects. |
| 5 |
Hydraulic Lime Repair Mortar |
Historic masonry, heritage façades, soft brick, natural stone, and breathable wall repairs. |
Natural or formulated hydraulic lime with compatible mineral aggregates and optional mineral pigments. |
Lower to medium strength, often approximately 2–15 MPa at 28 days;
vapor-permeable;
generally more compatible with traditional masonry than dense cement mortars.
|
EN 459-1
EN 998-2
ASTM C1707
|
10–25 kg lined paper bags; protect color-sensitive products from moisture and contamination. |
Keep dry, ventilated, and away from cement or chemical contamination; confirm local heritage requirements before import. |
Lime classification, particle-size distribution, vapor permeability, soluble-salt data, color consistency, and compatibility guidance. |
Medium–High — valuable in restoration markets but requires specialized technical support. |
| 6 |
Epoxy Repair Mortar |
Heavy-duty industrial floors, chemical-exposure areas, impact zones, and repairs requiring strong adhesion. |
Two- or three-component epoxy resin system with graded silica or mineral aggregate. |
Compressive strength commonly about 60–100 MPa at 7 days;
high bond strength;
low water absorption compared with cementitious mortars.
|
EN 1504-3
ASTM C881
ASTM C579
|
Sealed kits in pails or cans with clearly separated components; include moisture-resistant labels and mixing ratios. |
Protect from excessive heat and freezing; verify dangerous-goods classification where applicable; control container orientation and leakage risk. |
Resin and hardener batch records, SDS, pot-life data, chemical-resistance results, bond strength, and transport classification. |
Medium–High — high value per shipment, but regulatory and handling requirements are more demanding. |
| 7 |
Waterproof Cementitious Repair Mortar |
Basements, water tanks, retaining walls, wet rooms, tunnels, and damp concrete surfaces. |
Hydraulic cement, graded fillers, and water-resistant mineral or polymer additives. |
Water penetration resistance depends on test method and system design;
compressive strength commonly about 20–45 MPa at 28 days;
suitable for positive-side or negative-side use only when specifically tested.
|
EN 1504-2
EN 1504-3
ASTM C836
|
20–25 kg lined bags or two-component kits; use sealed secondary packaging for humid transport routes. |
Protect from humidity; confirm potable-water approval if required; verify substrate moisture and curing conditions. |
Water-penetration test results, adhesion data, potable-water certificate where relevant, SDS, and application limitations. |
High — broad demand, especially for below-grade and wet-area maintenance. |
| 8 |
Masonry Tuckpointing and Joint Repair Mortar |
Repointing brick, block, and stone masonry joints; façade maintenance and crack remediation. |
Cement-lime or hydraulic-lime binder with fine, graded aggregate and optional pigments. |
Compressive strength commonly about 5–20 MPa at 28 days;
good workability and color-control potential;
joint depth and curing strongly affect performance.
|
EN 998-2
ASTM C270
ASTM C1713
|
10–25 kg color-protected lined bags; smaller packaging is useful for repair contractors and retail channels. |
Prevent moisture and color contamination; keep separate batches identifiable; use pallets with edge protection. |
Mortar class, water-retention data, compressive strength, color consistency, aggregate grading, and compatibility recommendations. |
High — easy to distribute globally when color and regional masonry requirements are managed. |
| 9 |
Anchoring and Structural Repair Grout |
Rebar anchoring, post-installed bolts, dowel pockets, bridge components, and structural connection repairs. |
High-strength cementitious grout or resin-based anchoring system, depending on design requirements. |
Cementitious systems often exceed 50 MPa at 28 days;
flowable placement;
bond and pull-out performance must be verified for the intended anchor system.
|
EN 1504-6
ASTM C1107
ACI 355.4
|
Moisture-resistant bags for cementitious products; sealed cartridges or component kits for resin systems. |
Check shelf life carefully; protect from heat and moisture; confirm compatibility with anchor diameter, hole size, and installation temperature. |
Pull-out test data, bond strength, installation instructions, approval documents, batch certificates, and temperature limits. |
Medium–High — technically attractive but requires project-specific engineering acceptance. |
| 10 |
Refractory Repair Mortar |
Furnaces, fireplaces, kilns, boilers, chimneys, and high-temperature masonry joints. |
Fireclay, calcium-aluminate or other refractory binder with heat-resistant mineral aggregates. |
Service temperature varies widely, commonly about 1,000–1,500°C;
strength and durability depend on firing cycle, joint thickness, and exposure conditions.
|
EN 998-2
ASTM C199
ASTM C401
|
Moisture-resistant bags or sealed pails, commonly 5–25 kg; use protective inner liners and clear temperature labeling. |
Keep completely dry; prevent contamination by ordinary cement; verify hazardous-goods and temperature-control requirements where relevant. |
Maximum service temperature, chemical composition, thermal-shock data, setting method, SDS, and application-cure procedure. |
Medium — specialized demand with good margins when technical documentation is complete. |
