October 23, 2026
THE BUYER'S GUIDE / SELECTION
A buyer-focused guide to evaluating a 358 anti-climb mesh welding machine from a wire mesh welding machine manufacturer. It compares the published wire diameter, hole size, cross wire and line wire spacing, net width, panel length and working speed of the FPW2500 and FPW3000 configurations, and explains where the machine fits and where it does not.
Wire diameter: published range 3–6 mm
Opening size: hole size 50–300 mm; 358 aperture described as 3" x 0.5"
Cross wire space: FPW2500 12.5–300 mm, FPW3000 25–300 mm; line wire space 50–300 mm
Max net width: FPW2500 2500 mm, FPW3000 3000 mm; max product length 3 m
Working speed: 80–122 times/min with automatic control system
Machine weight and footprint: FPW2500 3.5 T, 8000x2500x2000 mm; FPW3000 4.5 T, 8000x3000x2000 mm
Application: high-security fencing panels (e.g., prisons, military installations, airports; construction, agriculture, industry)
When you compare offers from a wire mesh welding machine manufacturer for high-security fencing production, the first step is to match the machine's published ranges against the panels you actually plan to sell. This guide uses the published specifications of the 358 Anticlimb Mesh Welding Machine from Hebei Sade Machine Manufacturing Co., Ltd. to walk through the main selection criteria: opening size, wire diameter, panel dimensions, speed and application.
Before asking for a quotation, write down the panels your customers need:
These buyer requirements decide which configuration fits. A machine description cannot tell you this on its own.
The published wire diameter range is 3–6 mm. If your fence panels use wire within this range, the machine is a candidate. If your specification calls for wire thinner than 3 mm or thicker than 6 mm, this recommendation does not apply. Confirm the exact requirement with the manufacturer before ordering.
The product page also mentions managing wire stock in the 3–6 mm range to keep production running. In practice, plan your raw material supply around the diameters you will run most often.
The "358" mesh is described as having small apertures of 3" x 0.5", intended to prevent finger holds and tool insertion. The published spacing ranges are:
| Parameter | FPW2500 | FPW3000 |
|---|---|---|
| Hole size | 50–300 mm | 50–300 mm |
| Line wire space | 50–300 mm | 50–300 mm |
| Cross wire space | 12.5–300 mm | 25–300 mm |
The 0.5" side of the 358 aperture is about 12.7 mm. Going by the published ranges, the FPW2500 lists cross wire spacing from 12.5 mm and the FPW3000 lists it from 25 mm. If tight 358 spacing is your main product, ask the manufacturer which configuration and orientation will produce your exact aperture before you choose a width. The automatic control system is described as allowing hole size and spacing to be adjusted for different orders, which helps if you also make larger-opening panels within the 50–300 mm range.
| Parameter | FPW2500 | FPW3000 |
|---|---|---|
| Max net width | 2500 mm | 3000 mm |
| Max product length | Max 3 m | Max 3 m |
| Machine weight | 3.5 T | 4.5 T |
| Outside dimensions | 8000 x 2500 x 2000 mm | 8000 x 3000 x 2000 mm |
Choose the FPW3000 if your panels need to be wider than 2500 mm, up to 3000 mm. Neither configuration lists panels longer than 3 m. If your project needs longer panels, this machine does not fit as published. Check the footprint and weight against your workshop layout and lifting equipment.
The published working speed is 80–122 times/min. The manufacturer describes an automatic control system meant to reduce manual error and simplify setup. It also lists management functions for parameter adjustment, weld quality monitoring, maintenance alerts and output tracking. The product page compares the FPW series with manual or semi-automatic equipment in terms of speed, labor requirement and weld consistency. Use these as qualitative indications, and judge actual output against your own panel specification and shift pattern.
The machine is described as engineered for high-security fencing panels. Applications named on the product page include prisons, military installations, international airports, and security barriers for construction, agriculture and industrial use.
When this recommendation does not apply: The published material covers 358 anti-climb fence mesh. It does not describe production of reinforcement or reinforcing mesh for concrete. If you need a reinforcing mesh welding machine, ask for documentation for that type of equipment instead.
The product material does not state pricing, delivery time, warranty terms or certifications for this machine. Anyone researching mesh welding machine price should ask for a written quotation based on their configuration (FPW2500 or FPW3000) and panel specification. Also confirm:
To choose a 358 anti-climb mesh welding machine, match your wire diameter (3–6 mm), aperture and spacing, panel width (2500 or 3000 mm) and panel length (max 3 m) against the published ranges. Then confirm commercial terms directly with the wire mesh welding machine manufacturer. Review the full product details on the 358 Anticlimb Mesh Welding Machine page.
THE PEOPLE
About the author
THE COMPANY
Hebei Sade Machine Manufacturing Co., Ltd. is located in Shijiazhuang, Hebei Province, close to Shijiazhuang Zhengding international Airport and the “Wire Mesh Capital of the World,” Anping County. The company covers an area of 40,000 square meters and employs 180 staff members, including 46 engineers, and is equipped with over 50 advanced lathes. Sade Machinery specializes in the research, development, and manufacturing of wire mesh equipment.…
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