Surface layer
The visible and contact-facing plane, shaped through mesh opening, yarn, and surface construction choices.
Material Engineering Partner
From end-use requirements to workable mesh specifications.
We manufacture sandwich mesh and 3D spacer mesh, helping customers connect functional goals with practical material choices, stable supply, and custom development when a standard option is not enough.
See how we work
FIG. 01
Technical mesh macro image
01
Our Position
Material decisions should begin with the application—not a generic specification sheet.
Our role is to understand where the material will be used, what it needs to do, and which construction variables matter most. We translate those needs into thickness, GSM, mesh opening, backing structure, yarn combinations, and performance directions.
We first look for a fit among mature products. When the application calls for a different balance, we develop a custom direction while also considering stock or greige availability, MOQ, price, and lead time.
Inside the Material
A three-layer structure, tuned as one system.
Surface, spacer, and back layers work together to shape breathability, support, resilience, and cushioning.
01 / Surface layer
02 / Spacer layer
03 / Back layer
Spacer layer
The connecting structure that helps create depth, airflow, support, resilience, and cushioning.
Back layer
The supporting plane, selected to work with the required backing structure and final assembly.
Sandwich mesh
Approx. 3–8 mm
3D spacer mesh
Approx. 5–20 mm
Typical ranges provide a starting point; the intended use guides the final material direction.
What We Bring
Four capabilities around one material decision.
Manufacturing
Producing sandwich mesh and 3D spacer mesh across varied structural and performance directions.
Material selection
Matching end-use requirements with workable thickness, GSM, opening, backing, and yarn options.
Stable supply
Considering availability, MOQ, price, and lead time alongside the target material performance.
Custom development
Developing a tailored direction when established products do not provide the required balance.
A Practical Method
From use case to an executable material path.
Technical suitability and commercial feasibility are considered together—not as separate conversations.
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01
Understand the end use
Clarify the product context, required feel, structure, and performance direction.
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02
Translate requirements
Turn functional goals into relevant material parameters and construction choices.
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03
Match before developing
Prioritize a suitable mature product, then define custom work only when needed.
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04
Confirm feasibility
Review availability, MOQ, price, and lead time to shape an actionable supply route.
Application Directions
Built to start with the performance need.
Spacer mesh can be explored wherever breathable separation, support, resilience, or cushioning is relevant. The exact material choice depends on the final product and assembly.
A
Breathable padding and contact surfaces
B
Supportive product structures
C
Resilient separation layers
D
Cushioning-focused assemblies
Start with Your Application
Looking for a long-term material partner?
Share your end use and target parameters. We can begin by identifying a practical material direction.