Trenchless Rehabilitation (CIPP)

Leading Cured-In-Place Pipe (CIPP) solutions. Our multiaxial and woven reinforcements provide superior chemical resistance and structural integrity.

Core Material

Chopped Strand MatRandomly oriented chopped strands bonded with powder or emulsion binder. Uniform density and excellent resin wet-out.

Technical Protocol

Tech Specs & Details

Multiaxial Fabric Specifications

Product Code	GSM (g/㎡)	Multiaxial (g/㎡)	Chopped (g/㎡)	Moisture (%)	Wet-out (s)	Process
ELTM950	950	700	250	≤0.2	60	UV CIPP
ELTM1200	1200	900	300	≤0.2	60	UV CIPP

Combo Mat Specifications

Product Code	GSM (g/㎡)	Fabric (g/㎡)	Chopped (g/㎡)	Moisture (%)	Wet-out (s)	Process
EWRM1050	1050	600	450	≤0.2	60	Spot Repair
EWRM1250	1250	800	450	≤0.2	60	Spot Repair
EWRM860	860	600	260	≤0.2	60	UV CIPP
EWRM900	900	600	300	≤0.2	60	UV CIPP
EWRM1000	1000	700	300	≤0.2	60	UV CIPP
EWRM1200	1200	900	300	≤0.2	60	UV CIPP

Matrix Resins

UPR

Vinyl Ester

Epoxy

Process & Performance

Our CIPP liners are engineered for both UV light-cured rehabilitation and localized spot repair. The ECR-glass structure provides superior chemical resistance and high modulus for structural integrity.

Specified Material

Chopped Strand Mat

Randomly oriented chopped strands bonded with powder or emulsion binder. Uniform density and excellent resin wet-out.

View Technical TDS

structural_scan_v4.0

Alignment Confirmed

Internal Structure

Micro-alignment QC

Precise Knitting

Multi-layer fiber orientation controlled by Karl Mayer machines for optimal structural strength.

Rapid Wet-out

Optimized fiberglass sizing ensures extremely fast resin penetration, boosting production throughput.

Bespoke R&D

Tailor-made material structures based on specific mechanical requirements for optimal weight-strength ratios.

Partner with Material Experts

Our engineering team is ready to assist with custom fabric structures, providing full lifecycle support from design to process optimization.

Download TDS Folder