Barrel galvanizing - Import export

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling