Joint Filler Materials

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MOQ : 10 Units

Joint Filler Materials Specification

Product Type
Joint Filler Material

Material
Bitumen impregnated fiberboard or polymeric compound

Usage
Filling expansion and contraction joints in concrete structures

Application
Road construction, bridges, industrial floors, airport runways, buildings, water retaining structures

Size
Plain sheets as per customer specification (commonly 12mm, 18mm thickness; 1m x 2m, or as required)

Weight
Generally 210 kg per sheet depending on size

Color
Black / Dark Grey

Tensile Strength
Not less than 1.25 kg/cm

Capacity
Resists compression up to 50% original thickness and recovers at least 70%

Feature
Weather-resistant, rot-proof, durable, flexible, low water absorption, high compressive and recovery properties

Standards
IS 1838 (Part I) 1983, ASTM D1751/D1752, BS 2522

Thermal Conductivity
Approximately 0.070.10 W/mK

Chemical Resistance
Resistant to mild acids, alkalis and salts

Density
350400 kg/m

Recovery After Compression
Min. 70% (as per IS 1838)

Compressive Strength
Min. 4.5 kg/cm at 50% compression

Thickness Tolerance
+/- 1 mm

Water Absorption
Less than 15% by weight

Joint Filler Materials Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Joint Filler Materials

Discover unprecedented value and performance with our rarefied Joint Filler Materials-essential for modern construction demands. Manufactured to IS 1838 (Part I) - 1983, ASTM D1751/D1752, and BS 2522 standards, these splendid fillers offer a density of 350-400 kg/m3, water absorption less than 15%, and robust compressive strength. Their formidable compression recovery and chemical resistance deliver reliability in applications from roads to bridges. Weather-resistant and rot-proof, these sheets are durable and flexible, ensuring long-term excellence. Add to Cart and order today for lasting structural integrity!

Versatile Use & Robust Features of Joint Filler Materials

Joint Filler Materials are tailored for professional use in construction projects, including roadways, airport runways, bridges, and water-retaining structures. Known for their splendid resilience, these fillers offer flexibility, low water absorption, high compressive strength, and outstanding recovery after compression. Whether used in industrial floors or building expansion joints, their weather-resistant and durable nature ensures consistent performance under demanding conditions.

Supply, Sampling, and Export of Joint Filler Sheets

We offer a consistent rate for our joint filler sheets, ensuring exceptional value for bulk orders or custom requirements. Samples are available on request, granting confidence before a larger order is handed over. With a strong supply ability and streamlined distribution, our main export markets include Asia, Africa, and the Middle East. Take advantage of our attractive offers and reliable logistics for your next project.

FAQ's of Joint Filler Materials:

Q: How do Joint Filler Materials contribute to the longevity of concrete structures?

A: Joint Filler Materials act as a buffer in expansion and contraction joints, absorbing movement and minimizing structural damage caused by temperature fluctuations or load stresses, thus extending the life of concrete structures.

Q: What is the process for ordering customized sizes or thicknesses?

A: Simply specify your size or thickness requirements when placing your order. We offer customization-usually sheets of 12mm or 18mm thickness and sizes like 1m x 2m-to meet specific project needs.

Q: When should Joint Filler Materials be installed in construction projects?

A: These materials are best installed during the construction phase, right before or immediately after pouring concrete, ensuring optimal expansion and contraction absorption from the outset.

Q: Where can these Joint Filler Materials be effectively used?

A: They are suitable for expansion and contraction joints in roads, airport runways, bridges, industrial floors, buildings, and water-retaining structures, providing a versatile solution across various environments.

Q: What are the primary benefits of using bitumen-impregnated or polymeric joint fillers?

A: Benefits include exceptional compressive and recovery properties, weather and rot resistance, durability, flexibility, low water absorption, and compatibility with a wide range of chemicals, ensuring reliable joint performance.

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