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4A01 H32 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
4007 H16 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
5A06 H24 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
5005 H18 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
5056 H18 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
5754 H24 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
6A02 H32 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
6061 H24 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
6063 H32 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
7075 H18 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
6082 H32 Aluminum Coil Tube
1.Aluminum Coil Tube pipes are relatively light and easy to hang anywhere. (Previously, they were made of seamless steel pipes, which were very bulky. Many cold storage structures cannot be hung and occupy space.)
2. The thermal conductivity ratio of aluminum is much stronger than that of iron, so aluminum alloy coils transmit cold quickly,
3. Because Aluminum Coil Tube are pre molded, their fin spacing is very reasonable, and their cold conduction efficiency is very high per unit area
4.Aluminum Coil Tube do not rust
1070 T4 aluminum capillary tube
1070 aluminum plate has the characteristics of high plasticity, corrosion resistance, good electrical conductivity and thermal conductivity, but low strength, not strengthened by heat treatment, poor machinability, and can accept contact welding and gas welding.
1080 H16 aluminum capillary tube
1080 H32 aluminum capillary tube Aluminum and aluminum alloy capillary tubes generally refer to pure aluminum tubes, alloy aluminum tubes, and other special aluminum tubes with an outer diameter of 0.5mm~10mm and an inner diameter of 0.3mm~9.8mm.
1100 T4 aluminum capillary tube
1100 T4 aluminum capillary tube Aluminum and aluminum alloy capillary tubes generally refer to pure aluminum tubes, alloy aluminum tubes, and other special aluminum tubes with an outer diameter of 0.5mm~10mm and an inner diameter of 0.3mm~9.8mm.
1200 T6 aluminum capillary tube
1200 T6 aluminum capillary tube Aluminum and aluminum alloy capillary tubes generally refer to pure aluminum tubes, alloy aluminum tubes, and other special aluminum tubes with an outer diameter of 0.5mm~10mm and an inner diameter of 0.3mm~9.8mm.
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