The fast-curing patch for pipeline repair has a bonding strength of ≥1.5MPa with the substrate, and can restore 80% of its load-bearing capacity in 2 hours without stopping production for maintenance. The anti-slip grille of the cooling tower maintenance platform is enhanced, 50% lighter than the metal platform, and is insulated to prevent electric shock.

Bidirectional reinforced grille (strength in warp and weft directions ≥ 200MPa), impact resistance ≥ 50J/m², reduces local damage caused by forklift rolling, bidirectional reinforcement of tank head, balanced strength in warp and weft directions (deviation ≤ 5%), reduces stress concentration at corners

The tank winding layer is reinforced (fiber content 60%-65%), with a hoop tensile strength of ≥300MPa, which can resist circumferential cracking caused by liquid static pressure.
The reinforcement layer between the pipe insulation layer and the base material can reduce interlayer peeling caused by temperature changes, and improve the insulation efficiency by 10% (heat loss ≤5%).
The grid load-bearing layer (thickness 3-5mm), bending strength ≥250MPa, single-point load ≥500kg, suitable for heavy equipment platforms.
The filler bracket (FRP profile) is reinforced, with a bending strength of ≥300MPa, and can withstand the weight of the filler + water flow impact (dynamic load 100kg/㎡) without deformation.

The tank surface has an impermeable layer (thickness 0.2-0.5mm), with tightly arranged fibers to prevent the medium from penetrating into the substrate. The surface of the grille has an anti-skid layer, with a friction coefficient of ≥0.6 (dry)/0.4 (wet), and has passed the OSHA anti-skid certification. The surface of the filler has a smooth layer to reduce scale adhesion (the amount of scale is 40% lower than that of traditional FRP), extending the cleaning cycle to 18 months.

Phenolic resin-based composite materials for high-temperature storage tanks (120-180℃), with a strength retention rate of ≥80% under long-term temperature resistance
Conductive grid (with added carbon fiber chopped strands), surface resistance ≤10⁹Ω, to prevent static electricity accumulation (suitable for flammable and explosive places)
High-temperature cooling tower (water inlet temperature ≤60℃) filler, temperature resistance ≥100℃, no deformation after long-term use, and the heat transfer efficiency stability period is extended to more than 5 years

Concrete anti-corrosion pipes are strengthened to resist sulfate erosion
Concrete cooling tower foundations are strengthened to resist freeze-thaw cycles (50 freeze-thaw strength retention rate ≥ 95%), avoiding foundation cracking and tower tilting

Specially used for alkaline medium (such as sodium hydroxide) storage tanks, resistant to OH⁻ corrosion, replacing traditional alkali-resistant metal linings, immersion for 1000 hours, strength retention rate ≥90%

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