Joint Filler Expansion Board

Name: Joint Filler Expansion Board
Brand: R G ENTERPRISES
Price: 110.0 INR
Availability: InStock

Price 110.0 INR/ Piece

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MOQ : 1000 Pieces

Joint Filler Expansion Board Specification

Material
Bitumen impregnated fiberboard

Texture
Smooth, uniform

Product Style
Rectangular Boards

Characteristics
Durable, Compressible, Water resistant, Flexible

Application
Expansion joints in pavements, bridges, buildings, concrete roads, and runways

Thickness
10mm to 25mm (customizable)

Hardness
Moderate (Compressible to accommodate expansion/contraction)

Style
Plain solid

Shape
Rectangular

Color
Black/Dark Grey

Packaging
Stacked, palletized or wrapped

Disposable
Yes

Size
Custom lengths and widths available, commonly 1220mm x 2440mm (4x8)

Pattern
Plain

Load Bearing Capacity
Engineered to withstand dynamic and static loads

Resistance
Resistant to weathering, chemicals, and rot

Density
Approx. 300-350 kg/m3

Compliance Standards
Meets ASTM and IS standards for expansion joint fillers

Service Temperature
-10C to 70C

Edge Finish
Straight uniform edges for tight installation

Odor
Odorless

Water Absorption
Less than 20% by weight

Installation
Easy to cut, handle, and install

Compression Recovery
Minimum 70% after compression

About Joint Filler Expansion Board

Discover the Joint Filler Expansion Board, meticulously crafted with bitumen-impregnated fiberboard, ensuring splendid durability and flexibility for expansion joints. With a rarefied density of 300-350 kg/m3, it resists weathering, chemicals, and rot while boasting water absorption of less than 20%. Enjoy world-class load-bearing capacity and minimum 70% compression recovery, tailored for pavements, bridges, and concrete roads. Available at an unbeatable price during our sale, this product offers smooth, uniform edges, easy installation, and full compliance with ASTM and IS standards. Lowest price guaranteed!

Multi-Industry Versatility & Exceptional Competitive Advantages

The Joint Filler Expansion Board is purpose-built for critical applications such as pavements, runways, bridges, and building expansion joints. Its durable, water-resistant, and compressible form allows seamless accommodation of movement. Primary competitive advantages include straightforward installation, world-class load-bearing capacity, and rarefied performance against rot and chemicals, making it a superior choice for engineers and contractors seeking long-lasting solutions.

Certification Standards, Market Value, and Hassle-Free Delivery

Compliant with ASTM and IS standards, the Joint Filler Expansion Board assures assured quality and verified performance. With a strong domestic market presence and high market value, we offer sample availability for client confidence. Packing & dispatch is meticulous, guaranteeing safe, damage-free transportation. Products are shipped promptly, maintaining efficiency from order to delivery, strengthening your supply chain advantage.

FAQ's of Joint Filler Expansion Board:

Q: How is the Joint Filler Expansion Board installed in construction projects?

A: The boards are easily cut to desired sizes, handled, and positioned between concrete slabs or structural joints. Their straight, uniform edges ensure a tight, seamless installation.

Q: What makes this joint filler board stand out compared to alternatives?

A: Its rarefied density and splendid resistance to water, chemicals, and rot, coupled with world-class load-bearing properties, make it more durable and flexible than many competitors.

Q: Where can the Joint Filler Expansion Board be effectively used?

A: It is ideal for expansion joints in pavements, bridges, buildings, concrete roads, and airport runways, offering reliable performance in demanding environments.

Q: What certifications ensure the board's quality?

A: The boards are manufactured to comply with ASTM and IS expansion joint filler standards, ensuring tested and verified performance for critical applications.

Q: When is it beneficial to use a compressible joint filler board?

A: They are essential when concrete structures are exposed to dynamic or static loads and temperature changes, helping accommodate expansion or contraction, and thus preventing structural damage.

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