Storage Condition

Store dry at 40°-95° F（4° -35°）

Shelf Life

50 years

Color

Black

Primary Fiber Direction

0°（unidirectional carbon fiber wrap）

Arear Weight

HM-20 unidirectional carbon fiber wrap

200g/㎡ (5.84 oz./sq.yd.)

HM-23 unidirectional carbon fiber wrap

230g/㎡ (6.72 oz./sq.yd.)

HM-30 unidirectional carbon fiber wrap

300g/㎡ (8.76 oz./sq.yd.)

HM-45 unidirectional carbon fiber wrap

450g/㎡ (13.14 oz./sq.yd.)

HM-53 unidirectional carbon fiber wrap

530g/㎡ (15.48 oz./sq.yd.)

HM-60 unidirectional carbon fiber wrap

600g/㎡ (17.52 oz./sq.yd.)

Dry Fiber Typical Properties

Standrad Value of Tensile Strength

4900MPa

Tensile Elastic Modulus

234500MPa

Elongation

1.7%

Standrad Value of Tensile Strength

3800MPa

Tensile Elastic Modulus

234500MPa

Elongation

1.7%

With Concrete

Concrete Damaged: ≥2.5MPa

Densiy

1.8g/cc(0.065lbs.in³）

Norminal Fiber Thickness

HM-20 unidirectional carbon fiber wrap

0.111mm(0.0044in.)

HM-23 unidirectional carbon fiber wrap

0.128mm(0.0050in.)

HM-30 unidirectional carbon fiber wrap

0.167mm(0.0065in.)

HM-45 unidirectional carbon fiber wrap

0.251mm(0.0097in.)

HM-53 unidirectional carbon fiber wrap

0.295mm(0.0114in.)

HM-60 unidirectional carbon fiber wrap

0.333mm(0.0130in.)

200

Low-load structural reinforcement:

 Residential floor/wall crack repair, 

 small concrete component reinforcement, 

 non-critical beam-column joint strengthening

Ultra-flexible, easy to conform to complex curved surfaces;

Low adhesive consumption; 

Cost-effective for light-duty projects

230

Medium-light load scenarios:

 Secondary beams in industrial workshops, 

 small bridge deck repair,

 reinforcement of structures with limited section space

Balances flexibility and strength; 

Reduces hollowing risk during pasting compared to thicker fabrics; 

Transitional option between 200 g/m² and 300 g/m²

300

Mainstream general-purpose application:

 High-rise building beam/column reinforcement,

 overpass main beam strengthening, 

 load-increasing transformation of commercial buildings

Optimal balance of performance and cost; 

Moderate flexibility; 

Requires uniform adhesive application to avoid delamination; 

Widely specified in medium-to-high-end projects

430

Special medium-heavy load needs:

 Local reinforcement of large-span stadium floors, 

 repair of slightly damaged bridge piers, 

 heavy industrial plant equipment foundation reinforcement

Custom-ordered for project-specific demands; 

High requirement for substrate flatness; 

Needs professional adhesive spreading to ensure bonding integrity

450

Heavy-load structural reinforcement: 

 Large bridge main girders, 

 super high-rise core tube structures,

 coastal corrosive environment load-bearing components

High rigidity; 

Requires substrate leveling before application; 

Matched with high-performance epoxy adhesive to enhance durability; 

Suitable for harsh working conditions

530

Ultra-high load critical projects:

 Large bridge pier reinforcement,

 long-span suspension bridge main cable auxiliary strengthening, 

heavy industrial crane beam reinforcement

High fiber density; Excellent anti-deformation capacity; 

Low flexibility (not suitable for curved components); 

High adhesive consumption; Used in key projects with strict safety factors

600

Ultra-high load critical projects:

 Large bridge pier reinforcement,

 long-span suspension bridge main cable auxiliary strengthening,

 heavy industrial crane beam reinforcement

Maximum rigidity among these specifications; 

Poor conformability to complex shapes (requires segmented pasting); 

Only used in projects with extreme load requirements