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DISLAB SMC FRP Shower Base | Composite Bathroom Floor Panels DISLAB SMC FRP Shower Base | Composite Bathroom Floor Panels

DISLAB SMC FRP Shower Base & Bathroom Floor Panels

High-performance compression-molded structural pans — waterproof, rigid & slip-resistant for modular builds and commercial projects.

DISLAB supplies high-performance SMC FRP (Sheet Molding Compound Fiberglass Reinforced Plastic) shower bases and bathroom floor pans for prefabricated bathroom pods, modular housing, hospitality projects, and public facility restrooms. Manufactured using high-tonnage compression molding, these one-piece structural pans deliver long-term water-tight performance, superior strength, and slip-resistant surfaces for both residential and commercial installations.

Our SMC shower bases are engineered to solve common pain points in bathroom construction, from on-site waterproofing failures to structural warping under long-term use. The use of high-quality SMC raw materials ensures high density and uniform structural consistency across the entire part, eliminating weak points that are common in traditional hand-laid fiberglass or cement-based bases.

Core Product Advantages

🏗️ High Structural Rigidity

Produced in a 4000-ton press, each base exhibits high density and dimensional stability, resisting deformation under heavy foot traffic and preventing flex that can break grout or tile in surrounding areas.

💧 Superior Waterproof Performance

Formed as a single monolithic piece, the base eliminates seams and joints, creating a continuous, reliable waterproof barrier that prevents leaks into subfloors and adjacent spaces.

🛡️ Integrated Slip-Resistant Surface

The top surface features a molded anti-slip grid texture with a gentle micro-slope, channeling water directly toward the drain while reducing risk of slips, meeting safety requirements of high-traffic bathrooms.

📐 Custom Dimensional Flexibility

We support custom manufacturing for standard and special sizes, including rectangular, corner, and walk-in configurations, allowing seamless integration into any bathroom layout.

➕ Corrosion & chemical resistance — composite material resists bathroom chemicals, cleaning agents, and moisture for decades of integrity.

DISLAB SMC FRP shower base panels – compression molded high-strength bathroom flooring
Manufacturing & Quality Process

The production of each DISLAB SMC shower base follows a precise, multi-step process to ensure repeatable quality and performance. Every unit is compression-molded with rigorous inspection standards, providing unmatched waterproof integrity and uniform structure.

1. SMC Material Preparation
Pre-manufactured SMC sheets cut, weighed, and prepared.
2. Compression Molding
High temperature & pressure in large-tonnage press, curing resin.
3. Trimming & Finishing
Removing excess material for clean, consistent edges.
4. Inspection & Testing
Dimensional checks, visual inspections, hardness testing.

Finished parts undergo rigorous quality control before packaging, ensuring that every shower base meets DISLAB’s demanding specifications for global projects.

Project Case Study: 120 Custom Shower Bases for Social Housing

In 2025, DISLAB was contracted to supply 120 custom-sized SMC shower bases for a large affordable housing development in Southeast Asia. The project required a product that could withstand high-volume use, simplify on‑site installation, and meet strict water-tightness standards for every unit.

Our engineering team worked with the developer to review bathroom pod dimensions and environmental conditions. We selected a high-performance SMC formulation optimized for the local climate and molded the bases to exacting tolerances, ensuring a perfect fit with modular bathroom units. A prototype was produced, reviewed, and approved before full production began.

Each of the 120 units was compression-molded, inspected, and carefully packaged to protect the surface finish during long-distance shipping. The entire order was delivered on schedule, allowing the construction team to install the bases quickly without additional on‑site waterproofing — contributing directly to the project’s on‑time completion and successful handover.

Applications & Problems Solved

🏢 Prefabricated Bathroom Pods

Provides ready-to-install, fully waterproof floor solution pre-fitted with a drain, eliminating risk of on-site installation errors.

🏨 Hotels & Hospitality Projects

Delivers consistent high-quality finish across hundreds of rooms, slip-resistant surface and durable construction withstand daily heavy use.

🏘️ Social & Affordable Housing

Cost-effective, long-term solution requiring minimal maintenance and preventing future water damage issues.

🎓 Dormitories & Student Housing

Withstands high-traffic use and repeated cleaning with harsh chemicals, maintaining appearance and structural performance.

✔ Also ideal for Hospital & Healthcare Facilities: non-porous, easy-clean surface with non-slip texture meeting hygiene and safety requirements.

Frequently Asked Questions
Q: What is the typical lead time for a custom order?
A: For new projects, prototype development typically takes 7-14 working days. After prototype approval, custom mold development takes approx. 20-35 working days. Mass production lead time: 15-30 working days based on quantity and scheduling.
Q: What sizes can you manufacture?
A: Common rectangular sizes: 800×800mm, 900×900mm, 1000×1000mm, 1200×800mm, 1200×900mm. We also accept custom requests for special dimensions and shapes.
Q: SMC vs traditional cement or acrylic bases?
A: Unlike cement bases, SMC pans are completely waterproof from factory, eliminating cracking or leaking. Compared to acrylic, SMC offers superior rigidity and warping resistance, especially in high-temperature environments.
Q: How are products packaged for export?
A: Each base individually wrapped in protective foam and secured in shock-absorbent wooden crates to prevent scratches/damage during ocean or air freight.
Q: What is the MOQ?
A: Standard MOQ for existing tooling is 50 pieces. For new custom projects, smaller prototype quantities are available for initial testing.