- Introducción de la empresa
Nuestra empresa es una empresa técnica y integral moderna que integra R & D, Producción, Ventas, Arrendamiento, mantenimiento y orientación técnica. Es un fabricante profesional de motores de barro (herramientas de perforación de tornillos), escariadores de roca, cavidades de sonda y herramientas de perforación. La empresa considera la calidad como vida. Posee equipos como tornos CNC, tornos de hilo de tubería, fresadoras horizontales universales y otras máquinas y herramientas de ensayo no destructivas para garantizar la calidad y el rendimiento de los productos. Our company has a strong after-sales service team, strong scientific research strength and rich technical experience. It is diligent in innovation and courageous, based on the “customer first” principle, with integrity, professionalism, innovation and pragmatic business philosophy, and first-class management, first-class design, first-class manufacturing technology, first-class product cost-effectiveness and professional after-sales service provide the best service and high-quality products for colleagues in the industry.
We will continue to follow the principle of taking science and technology as the guide, focusing on knowledge, talent, and people, and continue to develop new products to meet market needs. Our company is willing to cooperate sincerely with friends at home and abroad for common development!

- Motor de lodo
Mud motor is also called screw drilling tool. Mud motor is the first choice drilling tool for directional drilling tools in complex formations and hard rock formations. During normal drilling, the drill rod drives the motor to rotate together. When guidance is required, the motor’s bending point bus is adjusted to the 12 o’clock direction of the probe. Driven to achieve guided drilling.

- Main componentof mud motor:
(1) By-pass valve assembly: The by-pass valve assembly is located above the motor, and it consists of the valve body, valve core, valve sleeve, spring, and valve port assembly. It has two positions: bypass and close, which effectively spills the mud on the well floor during the drilling operation.
(2) Sustituir la articulación: La válvula de derivación es una junta sustitutiva. Aunque la válvula de derivación es muy fiable, no se recomienda en algunos pozos profundos, pozos muy desviados, pozos horizontales, y el uso de herramientas de tornillo de perforación de control central y taladrado direccional horizontal no excavado Use en lugar de un conector sustituto.
(3) Dispositivo anti-caída: Consiste en juntas anti-caídas, dejando caer nueces, y anti-estrechos. Su función es evitar que el taladro se caiga o se rompa debido a diferentes razones.
(4) Estatores: The stators produced by our company can be divided into two types: one is a normal temperature stator with a rated temperature of 95 ° C and a maximum temperature of 120 • C; one is a high temperature resistant stator with a rated temperature of 120 ° C and a maximum temperature of 150 • C. In order to ensure the sealing effect of the motor, the matching size between the rotor and the stator is reasonably selected.
(5) Cardan shaft: sealed oil lubrication, multiple steel balls transmit torque to make it swing flexibly and the force is reasonable. Its role is to transmit the planetary motion of the motor to the fixed shaft of the drive shaft to rotate, Torque and speed are transmitted to the transmission shaft to the drill bit, so as to achieve the purpose of drilling.
(6) Cardan shaft housing: Divided into straight housing, single curved housing, double curved housing and adjustable curved housing. The distance between the bending point of the curved casing and the drill bit has been accurately calculated and practiced several times, y se resume una distancia de longitud razonable, que mejora eficazmente la pendiente y por lo tanto tiene una función de guía, Es decir, un motor de barro guía.

- Parámetros técnicos
Modelo de taladro |
Tamaño del taladro
mm |
Head qty |
Desplazamiento
L/s |
Velocidad de perforación
r/min |
Caída de la presión de trabajo
MPa |
Par de salida
N·m |
Potencia de salida
KW |
4LZ54*3.5 |
60-89 |
5N.o 6 |
2-3 |
250-400 |
2.4 |
90 |
12.6 |
5LZ65*3.5 |
79-111 |
5N.o 6 |
3-4 |
240-380 |
3.4 |
180 |
14.8 |
5LZ73*3.5 |
80-115 |
5N.o 6 |
3-4 |
240-380 |
3.4 |
180 |
15.6 |
5LZ89*3.5 |
114-152 |
5N.o 6 |
6-8 |
110-170 |
2.8 |
900 |
17.4 |
5LZ95*7.0 |
118-152 |
5N.o 6 |
6-10 |
100-220 |
2.8 |
955 |
24.0 |
5LZ120*7.0 |
149-200 |
5N.o 6 |
10-16 |
95-190 |
3.2 |
1600 |
38.0 |
5LZ165*7.0 |
213-251 |
5N.o 6 |
20-32 |
100-160 |
4.0 |
3800 |
73.0 |
5LZ172*7.0 |
213-251 |
5N.o 6 |
20-36 |
106-170 |
4.0 |
4600 |
115.0 |
5LZ185*7.0 |
241-270 |
5N.o 6 |
20-37 |
80-150 |
4.0 |
5800 |
124.0 |
5LZ197*7.0 |
251-311 |
5N.o 6 |
22-45 |
80-150 |
4.0 |
7600 |
177.0 |
6LZ203*7.0 |
251-311 |
6N.o 7 |
25-53 |
95-140 |
5.0 |
9800 |
199.0 |
5LZ216*7.0 |
311-394 |
5N.o 6 |
25-53 |
85-160 |
5.0 |
11000 |
220.0 |
5LZ244*7.0 |
311-445 |
5N.o 6 |
25-75 |
90-220 |
5.0 |
16000 |
360.0 |


