Name: 10T&30T Single-Station Hydraulic Pultrusion Production Equipment
Brand: Tolike
SKU: single station hydraulic pultrusion production line
Price: 40000 USD
Availability: InStock

10T & 30T Single-Station Hydraulic Pultrusion Production Equipment

High-performance FRP/GRP single-station hydraulic pultrusion machine from factory Tolike. Features 300KN pulling force, 0–1 m/min pulling speed, 480KN clamping force, and 900mm clamping length. Ideal for producing FRP angles, channels, tubes, rods, and structural profiles.

Parameter	Specification
Machine Type	Machine Type
Drive System	Drive System
Pulling Force	Pulling Force
Pulling Speed	Pulling Speed
Heating System	Heating System
Applicable Products	Applicable Products
Control System	Control System

Product categories

Contact Our Team

Get professional support for pultrusion equipment, dies, and profiles

Product Overview of FRP Profiles Pultrusion Machines

Designed to produce consistent FRP profiles, a single-station hydraulic pultrusion system draws continuous fibers through resin and a heated die. The hydraulic drive system provides smooth, uninterrupted pulling force, ensuring uniform profile geometry and minimizing production fluctuations.

This type of pultrusion equipment is typically used for small to medium production volumes, or for factories that need flexibility across different profile sizes. It can run standard profiles such as FRP angles, channels, tubes, and rods — and can also be adapted for custom cross-sections.

Also known as a hydraulic pultrusion line, FRP pultrusion machine, or fiberglass pultrusion equipment, this system is a practical choice for factories starting FRP production or expanding an existing line.

With powerful hydraulic traction, adjustable running parameters and flexible customization capability, this fiberglass pultrusion line ensures stable production of corrosion-resistant GRP profiles for marine, construction and infrastructure sectors.

3t To 50t FRP Profiles Pultrusion Machines

Key Specifications of 30T Single-Station Pultrusion Equipment

Part Name	Parameter	Specification
Main Technical Parameters	Mold Table Clamping Range	Length: 600–1200 mm, Width: 900 mm
	Adjustment Platform	Overall height adjustable, outlet height slightly adjustable
	Mold Support	Manual or automatic adjustment
	Mold Heating Type	Heating plate
	Heating Power	4 kW × 8
	Pulling Force	300 kN
	Clamping Force	480 kN
	Clamping Space	Width 900 mm × Height 400 mm
	Clamping Length	900 mm
	Pulling Speed	0–1 m/min
	Pulling Stroke	1000 mm
	Control System	PLC + touch screen
	Equipment Top Surface Finish	Stainless steel, brushed finish
	Equipment Side Panel Finish	Flat-opening door, carbon steel with plastic coating
	Lubrication System	Automatic progressive lubricator DR2262-150 × (1.5 L dual-line, with pressure relief valve)
	Main Frame	120 × 80 × 5 rectangular tube welded structure
	Equipment Dimensions	Length 11000 mm × Width 1340 mm × Height 2200 mm

Note: Specifications are customized based on profile size, production capacity, and resin system. Send us your requirements for an exact configuration.

How to Select the Right Hydraulic Pultrusion Machine

Choosing suitable FRP pultrusion equipment requires more than comparing the machine price. Buyers should evaluate the relationship between the intended product, pulling requirements, production target, mold design, and overall production-line configuration.

Define the Target Profile

Start with the product cross-section, overall dimensions, wall thickness, length, and material requirements. A solid fiberglass rod and a large hollow structural profile may require different pulling forces, tooling arrangements, and production parameters.

Evaluate Pulling Force and Stroke

The hydraulic pulling system must provide sufficient force to operate under the intended process conditions. Stroke length and cycle frequency also affect how the machine advances the profile.Ask the supplier to assess these parameters against your specific profile and target production speed.

Confirm Mold and Heating Compatibility

The die and heating system are critical to stable pultrusion. Confirm die mounting dimensions, heating requirements, temperature control, and the compatibility of the tooling with the selected resin and reinforcement.

Estimate Production Capacity

Production capacity depends on the profile geometry, curing behavior, pulling cycle, cutting time, and operating schedule. A quoted machine speed alone does not establish the actual output of a complete production line.Provide your target output and product specifications so the equipment configuration can be evaluated more accurately.

Consider the Complete Production Line

The hydraulic pulling unit is only one part of a pultrusion production system. Material handling, resin impregnation, heated tooling, cutting, inspection, and operator access all influence production performance.Evaluating the complete process helps reduce the risk of selecting equipment that does not meet the needs of the intended application.

Where Single-Station Hydraulic Pultrusion Machines Are Used

New FRP Production Lines — For factories starting FRP profile production with a smaller initial investment.
Custom Profile Production — For manufacturers producing small batches of custom FRP profiles.
Laboratory & Trial Production — For testing new resin systems, profile designs, or production parameters.
Expansion of Existing Lines — For factories adding capacity without replacing their entire production line.
Diversified Product Lines — For factories producing angles, channels, tubes, rods, and flat bars on one machine.

If your project involves FRP profile production, a hydraulic pultrusion machine is a practical long-term investment.

Full Technical Support Throughout Your Pultrusion Project

Buying a pultrusion machine is only the first step. Getting it running smoothly — with the right resin system, die setup, and production parameters — is where most factories struggle.

That’s where we come in. Our team supports you through the entire process:

Factory Planning — We help you plan the layout, capacity, and equipment configuration for your FRP production line.
Installation & Commissioning — We guide your team through machine installation, wiring, and first trial runs.
Die & Process Setup — We help set up the pultrusion dies, heating zones, pulling speed, and resin system for your specific profile.
Operator Training — We train your operators on daily operation, maintenance, and troubleshooting.
After-Sales Support — Technical support is available after delivery for process questions, spare parts, and production optimization.

Whether you’re starting a new FRP production line or adding capacity to an existing one, we stay involved until your profiles come out consistently.

FAQ

A hydraulic profile pultrusion machine pulls continuous fibers through a resin bath and a heated die, using hydraulic clamping and pulling to form cured FRP profiles in a continuous process.

The machine may be suitable for different pultruded fiberglass profiles, including solid rods, hollow tubes, flat bars, and structural sections. The actual product range depends on the machine’s pulling capacity, die dimensions, resin system, and production requirements.

Yes. We manufacture pultrusion dies in-house. We can supply the machine, the dies, and the complete production process.

Hydraulic describes the drive method, while crawler-type generally describes a pulling arrangement that uses continuous gripping tracks. The exact difference depends on the machine design. Hydraulic systems can use different pulling mechanisms, so the equipment drawings and technical specifications should be reviewed before comparison.

Our hydraulic fiberglass pultrusion system supports multiple composite profiles by swapping pultrusion molds. Typical finished items include FRP channel profiles, FRP angle profiles, fiberglass rods, FRP rebar, square tubes, hollow sections, photovoltaic brackets, guardrail profiles and marine seawall components. We can customize the line according to your target product drawings.