Home / Types

Browse the building blocks

Treatment types, with practical tradeoffs

Start with a category, then compare the mechanism, room fit, maintenance and installation details that change the answer.

Blinds

Aluminum / Mini Blinds

Thin metal horizontal slats provide inexpensive, precise tilt control and a compact stack.

Often useful for: Lowest cost, rentals, offices, compact stacking, retrofit tilt

Blinds

Faux Wood Blinds

Composite or polymer horizontal slats imitate wood while generally improving moisture tolerance.

Often useful for: Kitchens, bathrooms, value, cleaning

Blinds

Vertical Blinds

Vertical vanes rotate for light control and traverse sideways, making them practical for large openings.

Often useful for: Sliding glass doors, wide windows, low-to-moderate cost

Blinds

Vinyl Horizontal Blinds

Budget horizontal slats made from vinyl or similar polymer materials.

Often useful for: Low cost, moisture-prone rooms, simple DIY replacement

Blinds

Wood Horizontal Blinds

Real-wood horizontal slats tilt for directional light control and typically raise as a stack.

Often useful for: Warm appearance, adjustable light, repairable slats/components

Shades

Cellular / Honeycomb Shades

Pleated fabric cells create insulating air pockets; available in light-filtering and blackout fabrics.

Often useful for: Insulation, bedrooms, nurseries, broad window shapes

Shades

Layered / Zebra Shades

Alternating opaque and translucent bands align or overlap to vary privacy and light.

Often useful for: Contemporary style, adjustable filtered light, smart shades

Shades

Panel Track Shades

Wide fabric panels traverse along a track for large windows and doors.

Often useful for: Sliding doors and broad openings

Shades

Pleated Shades

A single layer of pleated fabric creates a compact, generally budget-conscious shade.

Often useful for: Simple coverage, compact stack, moderate budgets

Shades

Roller Shades

A flat sheet of material rolls onto a tube, producing a simple profile and a wide range of opacity choices.

Often useful for: Budget flexibility, minimalist design, blackout fabrics, motorization

Shades

Roman Shades

Fabric folds stack as the shade rises, combining a soft textile appearance with shade operation.

Often useful for: Decorative rooms, bedrooms with liners, custom fabrics

Shades

Sheer Shadings

Fabric vanes suspended between sheer layers soften daylight while allowing blind-like vane adjustment.

Often useful for: Soft daylight, adjustable light, formal living spaces

Shades

Solar / Screen Shades

Open-weave screen fabric reduces glare and solar exposure while preserving some outward view.

Often useful for: Glare, daytime view, direct sun, offices

Shades

Woven Wood / Natural Shades

Natural or natural-look fibers create a textured shade; liners can add privacy or room darkening.

Often useful for: Texture, natural materials, layered design

Shutters

Café-Style Shutters

Shutters cover only the lower portion of the window, preserving upper-window daylight.

Often useful for: Street-level daytime privacy with upper daylight; kitchens and dining areas

Shutters

Composite Interior Shutters

Engineered wood/composite shutter construction balances rigidity, durability and moisture tolerance.

Often useful for: Durability, painted finishes, many room types, custom shapes

Shutters

Full-Height / Plantation Shutters

Full-window rigid panels with adjustable louvers provide an architectural, permanent-looking treatment.

Often useful for: Durability, privacy, directional light, whole-home continuity

Shutters

Poly / Vinyl Interior Shutters

Polymer or ABS-style shutter materials are used where moisture resistance and easy cleaning matter.

Often useful for: Bathrooms, kitchens, humid rooms, easy cleaning

Shutters

Tier-on-Tier Shutters

Independent upper and lower shutter tiers allow separate panel and louver control.

Often useful for: Flexible privacy and daylight, traditional architecture

Shutters

Wood Interior Shutters

Rigid real-wood shutter panels with adjustable louvers and custom framing.

Often useful for: Architectural permanence, repairability, custom shapes, long-term durability