Diffuse
Varied well depths and projecting forms break strong reflections into smaller arrivals, improving spaciousness without making the room acoustically dead.

A coordinated family of solid-wood and engineered-wood acoustic modules for studios, listening rooms, cinemas and music spaces. Choose deep-well diffusers, three-dimensional arrays, mobile hybrid baffles, bass traps and patterned absorbers.
Diffusers preserve acoustic energy and redistribute it in time and direction. Absorbers reduce energy where decay is too long. Bass traps address low-frequency pressure that smaller surface treatments cannot control effectively.
A well-balanced design uses these functions together. Final placement, depth and coverage should be coordinated with room dimensions, loudspeaker positions and the target reverberation time.
Varied well depths and projecting forms break strong reflections into smaller arrivals, improving spaciousness without making the room acoustically dead.
Fabric panels and slotted hybrid surfaces convert reflected energy into heat within a porous core, reducing reverberation and flutter echo.
Deep corner modules and pressure-zone treatment help manage low-frequency build-up around room boundaries.
All dimensions are shown in millimetres. Standard references are listed below; sizes, depths, colors and combinations can be adapted to project requirements.
Deep wells, cylindrical forms and full-frequency sequences redistribute reflected energy while helping control room modes and strong boundary reflections.

A slotted corner module with a curved face for low-frequency management in room corners and other high-pressure zones.

A tall one-dimensional sequence with varied well depths for broadband spatial diffusion across wall installations.

A clean vertical well pattern that breaks up direct reflections while retaining a warm architectural expression.
Nine compact patterns provide different scattering geometries for walls and ceilings. Modules can be repeated, rotated or mixed to build a project-specific acoustic surface.

Four directional well fields create balanced horizontal and vertical scattering.

Alternating slat orientations generate a varied reflection pattern across the module.

A faceted four-quadrant layout provides strong visual depth and multi-angle scattering.

Asymmetric projecting blocks disperse energy into many directions for a lively, open sound field.

Nested stepped wells form a precise relief pattern for feature walls and ceiling arrays.

A regular matrix of wells offers predictable modular coverage and restrained visual rhythm.

A central faceted geometry combines with a square well grid for two-scale diffusion.

A skyline-style field of different block heights scatters sound in both horizontal and vertical planes.

Repeated pyramid forms create broad multi-directional scattering with a sculptural appearance.
Freestanding panels combine diffusion and absorption in a moveable format. They can be repositioned around instruments, listening positions, microphones or temporary production zones.

A tall well sequence on one face with a fabric absorber on the reverse.

Mixed vertical and horizontal wells deliver varied diffusion with a broadband absorbent reverse.

A repeated stepped pattern for mobile scattering and flexible room voicing.

Projecting blocks provide two-dimensional scattering while the reverse side adds absorption.

A slotted wood face helps tune mid-frequency reflections over a porous absorbent core.

An architectural routed pattern combines reflection, scattering and absorption.

A double-sided fabric panel for flexible broadband absorption and temporary acoustic zoning.
Diffusion works best as part of a balanced room. These fabric and patterned wood modules add absorption where early reflections, flutter echo or excessive reverberation need tighter control.

A thick broadband absorber for reflection points, rear walls and ceiling clouds.

A maximum-length-sequence profile with a flowing relief for controlled scattering across a tall panel.

A routed face with a regular linear motif over an absorbent cavity.

Directional slots form a chevron composition that combines acoustic openness with visual movement.

Fine vertical slots create a waveform graphic while admitting sound to the absorber behind.

An organic routed pattern brings decorative character to acoustic wall treatment.

A bold geometric slot layout supports custom feature walls and coordinated absorption.
Product depth and sequence influence the useful operating range. Confirm the selected model against the room-acoustic design before production. Natural color and grain variation are normal characteristics of wood.
The collection supports recording studios, drum rooms, vocal booths, piano rooms, home cinemas, hi-fi listening rooms and multipurpose music spaces.













HISLANDY can coordinate module sizes, wood finishes, diffuser sequences, mobile constructions and mixed absorber-diffuser layouts for distributors, acoustic contractors and project teams.
Share your drawings, quantities, target performance and preferred finish. Our export team will help you prepare the right material package.