HORSE CONSTRUCTION is a manufactuere of unidirectional and bidirectional carbon fiber wrap. The carbon fiber weaving machine we use is Donier.

Donier Carbon Fiber Weaving Machine is an efficient and advanced carbon fiber weaving. It uses the latest electronic control technology and high -speed drive technology, which can weave various types of carbon fiber fabrics with high -speed and high -precision.

The characteristics of Donier carbon fiber weaving include:

High -speed weaving: The weaving machine can make carbon fiber fabrics at high speed, which improves production efficiency.

High accuracy: Donier carbon fiber woven machine uses advanced electronic control technology and high -speed driver technology, which can achieve high -precision weaving.

Weaving speed: The weaving speed of Donill carbon fiber weaving can reach 500-800 times per minute, which greatly improves production efficiency.

Fiber type: Donill carbon fiber woven machine is suitable for various types of carbon fiber, including high -strength carbon fiber, medium -intensity carbon fiber, and low -strength carbon fiber.

Control system: Donier carbon fiber woven machine uses an advanced electronic control system to achieve automated control, including automatic feeding, automatic adjustment tension, and automatic stoppage alarm.

Multifunctional: This weaving can weave a variety of types of carbon fiber fabrics, including one -way, two -way, plane and hollow fabric.

High degree of automation: Donill carbon fiber woven machine can achieve automatic feeding, automatic adjustment tension, and automatic stoppage alarm through automation control, reducing operational difficulty and labor costs.

Weaving type: Donier carbon fiber woven machine can weave a variety of carbon fiber fabrics such as one -way, two -way, plane and hollow.

In short, Donier carbon fiber woven machine has the advantages of high -speed, high -precision, multi -function, automated control and other advantages, and is an important equipment in modern carbon fiber weaving production.