Specifications

1)RUST RESISTANT
2)HIGH STRENGTH
3)COST-EFFICIENT
4)LIGHT WEIGHT
5)NO WASTE

 

Fiberglass bar is lightweight, extremely strong, non-conductive, its bulk strength-to-weight properties are very good when compared to metals. In a nutshell, solid fiberglass rods are inexpensive, flexible and extremely durable.

 

 

To reinforce the stone and marble or griotte.

Advantage:

1) Will not rust over time.

2) Mechanically bonds to the adhesive rather than just surrounding it like metal rodding.

3) The labor and time savings with not having to clean and grind each rod is more than enough to offset the costs of the fiberglass rodding.

4) Fiberglass rodding is one of the strongest materials that can be used to increase load tolerance and deflection up to 1600%.

5) Fiberglass rodding greatly increases safety. If a piece of stone breaks during an install with fiberglass rodding, the stone stays intact. Therefore no employees are injured nor any damages to the floor will need to be repaired.

6) No waste, Comes in 300 foot roll. Quickly and easily cut the exact length you need.

 

 

TYPE	NO.	DIMENSION       (MM)		WEIGHT   (KG/M)
FLAT STRIP		W	T
	FS-10x1	10	1	0.019
	FS-23x1	23	1	0.044
	FS-12x2	12	2	0.046
	FS-23x2	23	2	0.088
	FS-9.5x3	9.5	3	0.054
	FS-10x3	10	3	0.057
	FS-12x3	12	3	0.069
	FS-15x3	15	3	0.086
	FS-25x3	25	3	0.143
	FS-7x4	7	4	0.053
	FS-20x4	20	4	0.153
	FS-12x5	12	5	0.114
	FS-20x5	20	5	0.191
	FS-30x5	30	5	0.286
	FS-11x6	11	6	0.126
	FS-10x10	10	10	0.191
	FS-41x12.5	41	12.5	0.979
	FS-76x8	76	8	1.161
	FS-150x3	150	3	0.86

 

 

Physical properties of ordinary fiberglass profiles
(No.)	Testing items	Unit	Testing results	Testing standard
1	Density	g/cm3	1.8-1.9	GB/T5130-1997
2	Hydroscopicity	%	0.37	GB/T5130-1997
3	Flexural strength(perpendicular to fiberglass direction)	MPa	705	GB/T5130-1997
4	Flexural modulus(perpendicular to fiberglass direction)	MPa	2.3x104	GB/T5130-1997
5	Tensile strength(Parallel to fiberglass direction)	MPa	581	GB/T5130-1997
6	Electric strength(perpendicular to fiberglass direction)	MV/m	4.2	GB/T5130-1997