DE
EN
FR
IT
ES
Purchase interval of 2 BR10
The 134 COOL needle (needle system 134) has a normal round point for working woven and knit fabrics. It is used in industrial lockstitch and general-purpose sewing machines for everyday garment and textile manufacturing. Suitable machine classes are found, among others, at Pfaff (classes 1243, 2081-748/…, 2083, 2083-748/…), Juki (classes DDL-5550N, DDL-5550N-7, DDL-5550NA, DDL-5550NA-7) and Singer (classes 107-W1, 107-W10, 107-W100, 107-W102). In size NM:90/SIZE:14, this version is especially well suited to medium-weight standard woven and knit fabrics for everyday garment production. A sewing thread in the range Nm 80/2 to Nm 50/2 is usually suitable, e.g. from Amann Serafil (polyester) or Rasant (polyester/cotton).Package contents: pack BR10 with 10 needles
CANU is the abbreviation for "Catalog Number" and represents the system developed by the German needle manufacturer SCHMETZ and used worldwide today for the summary and identification of the same sewing machine needles, which have various designations specific to the sewing machine manufacturer (needle systems).
Tip with a pointed conical bevel. The normal round tip is the standard tip shape. With household needles this tip shape is used for the needles known as universal needles most of the time no top suffix «R» is used. Applications: - Lightweight fabric - Coated materials; heavy woven materials such as Tarpaulins - Laminated materials with soft plastic or thin cardboard (cardboard) - Foils - Leather/Textile combinations
Needles with a normal chrome coating can be recognized by their shiny silver surface. The chrome coating provides protection against wear and corrosion. The surface is smooth and protects the material and the thread. Chrome needles can be used for all standard applications. Compared to nickel-plated needles, chrome-plated needles improve the service life of the needle at higher stitch counts. At Groz-Beckert, the equivalent chrome coating is being gradually replaced by their more environmentally friendly "dur" process.
To counteract the frictional heat of the needle, SCHMETZ needle cooling was developed and patented in 1954. With this system, a reduction in needle temperature of about 25% could be achieved! The system was built into various machines and/or retrofitted at industrial plants, but unfortunately was not able to become widely established.The needles specially manufactured for this purpose are marketed under the additional designation «COOL», but can also be used in normal systems. The only difference lies in an additional channel for air supply from above (see image).This channel alone can already bring about better cooling of the needle, since less material on the needle means less frictional energy is generated on the one hand and less energy is stored on the other.
There are no reviews yet.
Please see our Privacy Policy
