Product Specification
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| Payment Terms |
T/T |
Supply Ability |
500PCS/MONTH |
| Delivery Time |
30-45DAYS |
Packaging Details |
Carton Box or Crate |
| Product Name |
YD12-002 16T Pipe Bender |
Model No. |
YD12-002 |
| Core Performance |
Pipe Bending Capacity: Rated bending pressure 16 tons, maximum bending angle 90° Die Configuration: 8 precision bending dies covering 3/4", 1", 1-1/4", 1-1/2", 2", 2-1/2", 3" |
Parameter Category Specific Value Product Name YD12-002 16T Pipe Bender Model No. YD12-002 Core Perf |
Equipment Dimension: 625×180×570mm Package Size: 63×17×56cm Ram Stroke: 139mm |
| Weight Parameter |
Equipment Weight: 58kg |
Applicable Pipes |
Steel pipes, galvanised pipes, copper alloy pipes commonly used in heating engineering |
| Brand Name |
YEEDA |
Model Number |
YD12-002 |
| Certification |
CE |
Place of Origin |
Zhejiang，China |
| High Light |
16T pipe bender with 8 dies
，90° bend pipe bender for industrial work
，139mm stroke pipe bender for heating pipes
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The YD12-002 16T Pipe Bender is a professional-grade equipment designed to address the pain points of "difficulty in bending large-diameter thick-walled pipes, poor adaptability to multiple specifications, and insufficient bending angle accuracy" in scenarios such as heating engineering. With "16-ton rated pressure + 8 full-specification dies + 139mm long stroke" as the core, it balances high-pressure strength and operational precision, solving problems of traditional pipe bending equipment such as "inability to press large pipes, low die replacement efficiency, and easy angle deviation". It provides an efficient and reliable pipe bending solution for professional pipeline construction scenarios, with core advantages as follows:
- 16-Ton High-Pressure Output, Easy Bending of Thick-Walled Large Pipes
The equipment is equipped with an upgraded high-pressure drive system, with a rated output pressure of 16 tons, enabling wrinkle-free and crack-free bending of large-diameter thick-walled pipes commonly used in heating engineering (e.g., 3" steel pipes with 6mm wall thickness, 2-1/2" galvanised pipes with 5mm wall thickness):
- High Pressure for Heavy-Duty Conditions: For 3" thick-walled steel pipes that traditional 12-ton pipe benders "cannot press or bend without deformation", the 16-ton pressure acts evenly on the pipe circumference. Slow pressure application avoids pipe rupture caused by excessive local stress, with a pipe bending qualification rate of over 99%, meeting the "defect-free installation of high-pressure pipelines" requirement in heating engineering.
- Stable Pressure Output for Precision: Adopting a two-stage pressure boosting structure, the pressure rises steadily without impact. After 30 consecutive bending cycles, the pressure attenuation is ≤3%, ensuring the consistency of bending angles for pipes of the same batch, reducing angle deviation during subsequent pipeline connection and lowering the rework rate.
- 8 Full-Specification Dies, Seamless Switching Between Multi-Diameters
Equipped with 8 precision-cast dies covering 3/4"-3" common pipe diameters, adapting to pipeline specification needs in heating, industrial and other scenarios:
- Precise Fit Without Gap: The inner hole of the die is honed, with an accuracy of ±0.05mm, perfectly fitting pipes of the corresponding diameter. There are no scratches or wrinkles on the outer wall of the pipe during bending. For example, when bending a 1-1/2" copper alloy pipe, the roundness retention rate at the bending angle is ≥92%, meeting the fluidity standard of HVAC engineering pipelines.
- Quick Disassembly and Replacement for Time Saving: The die adopts a "snap + positioning pin" dual fixing structure, no bolts need to be removed for replacement, and disassembly and assembly can be completed with one hand. Switching from a 3/4" die to a 3" die takes only 45 seconds, which is 4 times more efficient than traditional screw-fixed dies. The dies are equipped with classified storage slots to avoid confusion and loss, adapting to the "alternating work with multiple pipe diameters" scenario.
- 139mm Long Stroke + Angle Self-Locking, More Precise Deep Bending of Large Pipes
- Long Stroke for Large-Diameter Coverage: The 139mm ram stroke is 10% longer than that of conventional models (127mm), which can fully cover the full-circumference bending of 3" large-diameter pipes, avoiding "incomplete bending angles and pipe jamming" caused by insufficient stroke. For example, when bending a 3" steel pipe, 90° bending can be completed with one pressure application, no segmental operation is required, and efficiency is increased by 60%.
- Angle Self-Locking to Prevent Deviation: A high-precision dial (accuracy ±1°) is installed on the side of the workbench. After setting the bending angle, it is locked by a self-locking knob. The ram will not deviate due to pressure reaction force during work. For example, when a precise 45° connection is required for heating pipelines, after locking the angle, 10 consecutive pipe bends have an angle deviation of ≤0.5°, meeting the "seamless connection" requirement of the pipeline network.
- Heavy-Duty Structure + Humanised Design, Safe, Durable and Easy to Operate
- Heavy-Duty Body for Stability: The machine body is integrally welded with 3mm-thick cold-rolled steel plates, combined with an "I-shaped" reinforcing rib. The overall torsional strength reaches 800N·m, and the body has no shaking or deformation when bending a 3" thick-walled steel pipe. Compared with a thin steel plate body (2mm), the stability is increased by 50%; 6 anti-slip foot pads are installed at the bottom to enhance friction with the ground and prevent equipment displacement during construction.
- Humanised Operation to Reduce Burden: Equipped with an extended anti-slip operating armrest (30cm in length), operators can apply force with less effort using the principle of leverage, saving 40% more effort than traditional short armrests; a carrying handle is reserved on the side of the body, and with a reasonable weight of 58kg (split design, the body and dies can be carried separately), 2 people can easily move it to the construction workstation, adapting to the "multi-location rotation work" scenario.
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Heating Engineering Pipeline Laying
A construction team lays the main heating pipeline (using 2" galvanised pipes with 4mm wall thickness) for a new residential area, requiring 50 straight pipes to be bent at 90° for connecting the corridor risers and horizontal pipes. The YD12-002 is used: Install the 2" dedicated die, set the bending angle to 90°, and the 16-ton pressure easily bends the galvanised pipes without wrinkles at the bending angle; the 139mm long stroke ensures one-time forming, and the bending time for a single pipe is shortened from 8 minutes to 3 minutes. 50 pipes are completed in only 2.5 hours, adapting to the "batch large-diameter pipeline laying" scenario.
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Industrial Plant Steam Pipeline Installation
A machinery factory installs a steam pipeline (3" thick-walled steel pipe with 6mm wall thickness) for a 2,000㎡ plant, requiring 20 45° angles to be bent for pipeline direction change. The YD12-002 is used: Replace with the 3" die, lock the 45° angle via the dial, and the 16-ton stable pressure output avoids steel pipe rupture; the precise fit of the die ensures no deformation of the bending angle, and it perfectly connects with valves and flanges during installation without secondary correction, adapting to the "precision installation of high-pressure steam pipelines" scenario.
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Municipal Heating Network Maintenance
The municipal department maintains the old heating network (using 2-1/2" steel pipes with 5mm wall thickness), requiring the damaged section of the pipeline to be bent at 60° for replacement. Maintenance personnel use the YD12-002: Install the 2-1/2" die, set the 60° bending angle, and the 139mm long stroke completes the bending at one time; the equipment can be powered temporarily at the outdoor construction site (some models support portable power supply), no fixed site is required, adapting to the "emergency maintenance of municipal pipeline networks" scenario.
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Commercial Kitchen Exhaust Pipeline Processing
A kitchen equipment manufacturer processes the exhaust pipeline (1-1/4" stainless steel pipes with 1mm wall thickness) for a large shopping mall kitchen, requiring 30 90° angles to be bent for pipeline splicing. The YD12-002 is used: Replace with the 1-1/4" die, use the angle self-locking function to ensure consistent bending angles of each pipe; the smooth inner hole of the die avoids scratches on the outer wall of the stainless steel pipe, ensuring smooth inner walls of the exhaust pipeline without resistance, adapting to the "precision bending of thin-walled metal pipes" scenario.
A1: It will cause equipment overload and die deformation, and operation is strictly prohibited. The 3" die is rated for steel pipes with wall thickness ≤6mm. A 7mm wall thickness exceeds the load limit of the die and equipment. Forced bending will cause the inner hole of the die to collapse, ram deformation, and even damage the seals of the high-pressure system; if bending a 3" steel pipe with 7mm wall thickness is required, a dedicated ultra-thick-walled die (customised by contacting the manufacturer) must be replaced, and it is necessary to confirm whether the equipment supports it (some models require upgrading high-pressure components) to avoid equipment failure caused by over-specification use.
A2: It can be carried in parts, and 2 people can operate it without pressure. The equipment adopts a split design of "body + dies", with the body weighing about 40kg and the 8 dies weighing 18kg in total. 2 people can carry the body and dies separately; anti-slip carrying handles are reserved on both sides of the body, and the handrail of the stairs can be used to assist in exerting force when going up and down stairs. The transportation to the 3rd floor takes about 10 minutes; if conditions permit, it is recommended to use a small freight elevator to further reduce the transportation intensity, adapting to the "high-rise construction equipment transportation" scenario.
A3: It is mostly due to incorrect die adaptation or too fast pressure application, which can be checked in the following steps: ① Check if the die specification matches the pipe diameter. For example, using a 2" die to bend a 1-1/2" pipe causes pipe deformation due to excessive gaps; the corresponding specification die must be replaced immediately. ② If the die is properly adapted, check if the pressure application speed is too fast. It is recommended to adjust the pressure application time from 5 seconds to 10 seconds (some models support speed adjustment), and allow the pipe to deform evenly through slow pressure application to avoid local flattening. ③ For thin-walled pipes (e.g., stainless steel pipes with 1mm wall thickness), a dedicated anti-flattening mandrel (available from the manufacturer) must be inserted into the pipe to enhance the pipe's anti-compression ability.
A4: Calibration can be done via the stroke adjustment screw, following these steps: ① Turn off the equipment power, remove the stroke limit cover on the top of the ram to expose the adjustment screw. ② Measure the actual stroke with a depth gauge and calculate the deviation value (e.g., if it is 5mm less, the screw needs to be adjusted down by 5mm). ③ Turn the adjustment screw with a wrench, each full rotation corresponds to a 1mm stroke adjustment, and tighten the locking nut after adjustment. ④ Start the equipment and run it empty 3 times, then measure the stroke again until the deviation is ≤0.5mm; if self-calibration is ineffective, contact the manufacturer to send a dedicated calibration tool or provide on-site maintenance services to avoid affecting the bending effect of large-diameter pipes.
Company Details
Bronze Gleitlager
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Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
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Business Type:
Manufacturer,Trading Company
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Employee Number:
110~120
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Ecer Certification：
Verified Supplier
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