The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.
The design and specification of this silicone test lead are similar to those of the 1 mm² PVC lead. Silicone has a high flexibility, even at low temperature. Survives short contact with a soldering iron.