Our All Pine and Popular Based Blockboards are manufactured to deliver lightweight strength, excellent screw holding, and smooth surfaces. These blockboards are widely used for doors, shelves, partitions, and furniture manufacturing.
At JEE Ply Manufacturing, our blockboards are engineered to deliver superior strength, stability, and long-lasting performance. Manufactured using high-quality pine wood strips and advanced bonding technology, our blockboards provide excellent resistance to warping, bending, and dimensional changes.
Designed for modern furniture and interior applications, JEE Ply blockboards ensure durability, smooth finish, and consistent quality — making them a preferred choice for architects, interior designers, and furniture manufacturers.
Our blockboards are made using selected pine wood battens that are carefully seasoned and treated. These solid core strips are bonded under high pressure to create a strong, stable structure that performs exceptionally well even in varying environmental conditions.
The use of pine ensures:
Crafted for superior performance and long-term durability, this variant is designed for high-end applications where strength and reliability are essential.
Key Highlights:
A balanced solution offering reliable performance and durability for regular interior and furniture applications.
Key Highlights:
Designed for basic applications, this variant provides essential strength and functionality at an economical value.
Key Highlights:
JEE Ply Manufacturing follows a strict production process to ensure every blockboard meets high-quality standards:
This results in blockboards that offer uniform thickness, strong bonding, and long-lasting performance.
Our blockboards are widely used in:
At JEE Ply Manufacturing, we are committed to delivering products that combine strength, precision, and reliability. Each blockboard is designed to perform consistently over time, backed by warranties that reflect our confidence in quality.
19mm | 22mm | 25mm
| Test | ISI Requirement | Observed Value |
|---|---|---|
|
Dimensional changes caused by humidity a. Changes, mm
b. Local Planeness |
+0.50mm Max |
+1mm Max |
| Adhesion of the piles | Min. Pass Standard | Excellent |
| Resistance to water (72 hr boiling) | No de-lamination after 72 hrs boiling | No de-lamination |
| Resistance to Micro organisms | No appreciable sign of separation at edges. | No separation at edges |
| Modulus of Elasticity | Min. 5000 N / sq.mm | 6050 N /sq.mm |
| Modulus of Rupture | Min. 50 N / sq.mm | 61N/sq.mm |