SEMCO SURFACES

SEMCO — SEAMLESS SURFACE SYSTEMS

SEMCO Surfaces

SEMCO Surfaces has been redefining modern surface systems since 1991 with advanced materials designed for microcement, waterproofing, industrial sealers, and custom architectural surface finishes.

Seamless surface technology designed for floors, walls, showers, countertops, joinery, commercial interiors, and modern architectural finishes.

Product Video

X-Bond Microcement

Surface System

The Original Seamless Microcement

When X-Bond was first developed in 1991, it disrupted the surfacing industry as a groundbreaking alternative to traditional floor, wall, and joinery materials. Made with natural stone and latex polymer technology, X-Bond can be seamlessly applied over almost any existing surface.

Key Advantages

Design

Seamless Modern Finish

Create continuous surfaces without grout lines, joints, or visual breaks.

Renovation

Apply Over Existing Surfaces

Ideal for renovations where removing old tile or existing surfaces is not preferred.

Performance

Durable Surface System

Designed for modern interiors requiring strength, versatility, and long-term beauty.

Experience

Trusted Since 1991

Used worldwide for custom surface solutions across residential, commercial, and industrial projects.

Ideal Applications

Floors

Seamless floor finishes for residential and commercial spaces.

Walls

Modern continuous wall finishes with a clean architectural look.

Bathrooms & Showers

Microcement systems for bathrooms, wet areas, and spa-inspired interiors.

Countertops

Custom surface finishes for countertops, vanities, and specialty surfaces.

Furniture & Joinery

Decorative microcement finishes for cabinetry, furniture, and built-ins.

Commercial Interiors

Designed for retail, hospitality, office, showroom, and architectural environments.

Catalog

SEMCO Seamless Surfaces Catalog

SEMCO systems are made for clients visualizing modern spaces with unmatched versatility, durability, and beauty — from small residential renovations to large-scale commercial surface solutions.