Pultruded fiberglass channels are produced by a pultrusion process in which reinforcing fibers and liquid resin are combined to form fiber-reinforced plastic (FRP), which is then molded into channels of various sizes and shapes to meet specific requirements.

The continuous length of the reinforced fibers gives these lightweight channels exceptional tensile strength. They can be used as structural pultrusion or pultruded electrical shapes.

When you work with our team of expert engineers in the production process, you can adjust the resin system and glass content and change the composite matrix to produce pultruded fiberglass channels with different properties such as high strength, high temperature resistance, flame resistance, track resistance and corrosion resistance.

In addition, pigments can be added during the pultrusion process to produce channels in a variety of colors, and UV-resistant treatments can be used to increase the durability of the channels – making them ideal for outdoor applications.

channel	S/N	A	B	t/t2	Number
	1	206	272	3	C-0794
	1	300	90	15/15	C-0079
	2	280	70	12/12	C-0094
	3	254	69.85	12.7/12.7	C-0651
	4	203.2	55.56	6.35/6.35	C-0650
	5	203.2	55.56	9.52/9.52	C-0639
	6	200	80	4/6	C-0602
	7	200	60	9.5/9.5	C-0105
	8	200	60	8	C-0419
	9	193	30	3/3	C-0108
	10	140	80	14	C-0777
	11	140	50	6/6	C-0372
	12	180	60	8/8	C-0093
	13	152.4	41.28	6.35/6.35	C-0631
	14	152.4	42.9	9.5/9.5	C-0102
	15	152.4	39.9	9.5/9.5	C-0101
	16	150	75	8/6	C-0466
	17	150	50	6/6	C-0090
	18	140	60	2.5	C-0842
	19	139.7	38.1	6.35	C-0721
	20	139.7	38.1	4.76/4.76	C-0638
	21	127	45	6.35/6.35	C-0100
	22	120	60	8/8	C-0078
	23	120	60	5/5.2	C-0467
	24	120	65	10/15	C-0545
	25	103	60	6.35/6.35	C-0091
	26	101.6	28.6	6.35/6.35	C-0099
	27	100	50	10	C-0696
	28	100	50	6/6	C-0089
	29	96.5	85	5/5	C-0568
	30	90	45	5.2/5.2	C-0394
	31	88.9	38.1	4.76/4.76	C-0630
	32	87	33	3.3/3.3	C-0082
	33	85	85	10	C-0678
	34	85	30	6/3.65	C-0334
	35	84.5	33.3	3.3	C-0083
	36	84	30	5/3.3	C-0080
	37	84	30	5/3.45	C-0085
	38	84	30	5/4.3	C-0086
	39	80	45	3.5/3	C-0787
	40	80.5	30	3	C-0768
	41	80	30	3.3/3.3	C-0314
	42	80	30	3.1/2.6	C-0389
	43	80	30	3/3	C-0396
	44	76.2	25	6.35/6.35	C-0077
	45	75	35	5/5	C-0454
	46	75	50/30	2.5	C-0666
	47	60	60	4.8/4.8	C-0104
	48	40	60	4	C-0861
	49	60	35	3	C-0772
	50	55	70	5/5	C-0084
	51	55	37	4/4	C-0281
	52	50	30	4/4	C-0107
	53	51	25	3	C-0767
	54	46	40*30	3/3	C-0490
	55	44.5	31.3	3.3	C-0081
	56	44	28	3.3/2.6	C-0313
	57	44	28	3.1/2.5	C-0390
	58	42	42	3	C-0166
	59	42	24	5	C-0167
	60	41.5	41.5	3.5/3.5	C-0103
	61	44	30.2	3/3	CX-0544
	62	40	15	4/4	C-0092
63	40	15	3/3	C-0538
64	38.1	38.1	6.35	C-0728
65	38	25	2/2	C-0477
66	37	20	2.5	C-0332
67	35	15	2	C-0838
68	25	30	3/3	C-0095

Pultruded fiberglass channels will not mold, scale, rot or rust, and due to their unique properties, outperform many traditional materials such as wood, steel and aluminum.

Corrosion and chemical resistance. FRP is resistant to a wide range of chemicals, unaffected by oxidation and corrosion, eliminating the costs associated with painting or galvanizing.

Lightweight but strong: Pultruded fiberglass channels can be 30% lighter than aluminum and 70% lighter than steel without sacrificing strength. In particular, it offers exceptional dimensional stability and much higher tensile strength than steel in a pound-for-pound comparison.

Flexible and impact resistant. FRP does not deform permanently under working load, and the load is distributed by a glass mat to prevent surface damage.

Non-conductive: Pultruded fiberglass channels are electrically and thermally non-conductive, making them a safe choice for many applications.

Cost-effective: Pultruded fiberglass channels are economical to transport and easy to handle (e.g., cut and formed with simple tools), reducing the overall cost of any project.

Highly durable: Because they do not deteriorate or rust, pultruded fiberglass channels have a long life cycle, with low maintenance requirements and costs.

EMI/RFI transparent: The non-magnetic electromagnetic transparency makes pultruded fiberglass channels ideal for many special applications where metal parts can cause interference.

Sustainability: Pultruded FRP products are energy efficient to manufacture, transport and install, requiring less heat, generating less waste and causing less pollution. In addition, FRP can have a life cycle of 75-150 years and can be recycled or retrofitted into other plastic-based products – making it an eco-friendly option for many industries (e.g., construction, manufacturing).

Applications of pultruded fiberglass channels

• Construction and infrastructure. Due to its durability, fiberglass is often used in outdoor construction projects. They can be cut and shaped with simple tools for easy installation, and the low maintenance requirements mean low cost of ownership. Pultruded fiberglass C-channels, in particular, are often used as floor connectors due to their high tensile strength and ease of installation. In addition, they are used for bridge components, corrosion-resistant guardrails, railroad crossing arms and highway sound barriers.
• Utilities and Telecommunications: The durability, non-conductivity, low maintenance requirements and EMI/RFI transparency of pultruded fiberglass channels make them ideal for applications such as utility poles, cross arms and line markers, electrical wiring and raceways, wastewater and water treatment components, non-conductive elevator rails and fiber optic cabling.
• Toolmaking. FRP can be made in a variety of shapes and sizes to create an ergonomic shape for handheld tools or equipment. Its low cost, versatility, reliability and non-conductive properties make it a popular choice for manufacturers.
• Sports, recreation and outdoor equipment: Pultruded fiberglass channels are commonly used for outdoor equipment that needs to withstand moisture, sunlight, heat and heavy wear. They can be used for everything from outdoor furniture to high-performance sports equipment such as golf clubs, field hockey sticks, sailing equipment, boat paddles, and ski poles.