Outer Material: 430 stainless steel outer casing for rust & corrosion resistance
Inner Material: Wear-resistant Nylon Liner
Structure: Fully Enclosed Double-layer Protective Structure
Temperature Range: -40°C ~ 200°C (Short-term 250°C)
Performance: Anti-wear, Anti-corrosion, High-temperature Resistant, Impact-proof
Installation Method: Square Flange Connection at Both Ends
Core Advantage: Low friction inner liner, no cable damage, long service lifespan
In high-speed CNC machining and heavy industrial environments, standard plastic carriers melt under hot flying metal chips, while traditional, heavy all-steel chains cause internal cable friction and catastrophic drag.
The DGT Metal Drag Chain changes the game. By fusing a 430 Stainless Steel outer jacket with an ultra-smooth Nylon inner liner, it delivers a hybrid solution: total exterior armor with zero interior friction. If you are running automated systems exposed to sharp debris, heavy oil, or high-temperature slag, this is the ultimate flexible cable carrier your shop floor demands.
External Defense: Crafted from premium 430 stainless steel, this steel cable carrier withstands direct exposure to red-hot metal shavings, sharp sparks, and corrosive cutting fluids.
Internal Shielding: Traditional metallic edges cut cables over time. Our integrated nylon lining ensures your power lines and pneumatic tubes ride on a low-friction, non-conductive bed, expanding cable lifespan by up to 300%.
Dynamic Flexibility: Engineered as a high-precision cable guide chain, the DGT series prevents twisting while maintaining a perfectly regulated bending radius.
Location: Automotive Stamping & High-Precision CNC Milling Shop
The Problem: The client used standard plastic carriers. Hot metal chips embedded into the plastic, freezing the joints and slicing through hydraulic hoses every 4 weeks.
The DGT Solution: We deployed the DGT cable & hose carriers across their 3-axis milling lines. The 430 stainless steel shell repelled 100% of the flying metal shards. Simultaneously, the nylon interior accommodated both electrical lines and hydraulic fluids without kinking.
The Result: Zero downtime recorded over 18 months of continuous, high-speed 24/7 operations.
Whether you need to manage sensitive fiber optics or heavy-duty hydraulic lines, our metal cable carrier configurations act as versatile cable & hose carriers for diverse industrial loads.
Choosing the correct steel cable carrier size prevents internal crowding and early cable fatigue. Follow our 3-step engineering rule:
Gather all cables and hoses that will run through the carrier. Measure the diameter of the thickest cable (Dmax).
Add up the diameters of all cables combined (Dtotal).
Rule: Your carrier’s inner height must be at least 15% larger than Dmax to allow vertical movement. The inner width must accommodate (Dtotal)plus a 10% safety buffer so cables do not crush each other during bends.
Check your thickest cable’s data sheet for its minimum dynamic bending radius.
As a factory standard, your flexible cable carrier bending radius (R) should be at least 8 to 10 times the outer diameter of your thickest cable.
(Custom lengths are available upon request for specialized machinery)
DGT-A Series: Inner Width: 40mm – 120mm | Perfect for Light CNC & Laser Wiring.
DGT-B Series: Inner Width: 120mm – 300mm | Engineered for Multi-Conduit Automation & Hydraulic Hoses.
430 stainless steel offers excellent resistance to atmospheric corrosion and chemical exposure typical in machining environments. It maintains structural integrity under intense heat without scaling or warping, unlike standard carbon steel.
No. The industrial-grade nylon used inside our cable guide chain is self-lubricating. It is formulated to drastically minimize friction and static build-up, ensuring silent, smooth travel over millions of cycles.
Yes. It is explicitly designed as a multi-media cable & hose carrier. However, we highly recommend utilizing internal separators or leaving adequate clearance (per our Sizing Guide) to prevent the hoses from rubbing against power lines during rapid acceleration.
| Model | Inner Diameter mm | Outer Diameter mm | Bending Radius mm |
| D25.45 | 25×45 | 39×62 | 60 |
| D38.73 | 38×73 | 53×91 | 100 |
| D45.90 | 45×90 | 61×108 | 100 |
| D52.102 | 52×102 | 70×122 | 140 |
| D60.120 | 60×120 | 81×144 | 144 |
| D60.150 | 60×150 | 81×184 | 184 |
| D72.162 | 72×162 | 93×186 | 185 |



