瑞士质量的高性能平面输送带

编织布结构的输送带和加工带用于众多行业和应用。Habasit 提供丰富多样的产品,从轻质输送带到专用加工带,从传动带到机器带。
所有 Habasit 解决方案均为高精度制造,设定了皮带行业的性能基准。我们集诸多优势于一身,包括优质原材料、先进的制造技术和丰富的工程经验,确保解决方案的可靠性和灵活性。
平面输送带

织物输送带表层

 

选择
输送表面有各种不同的结构,可满足市场上不同的应用需求。如需了解更多关于各种 Habasit 表面结构及其属性的内容,只需选择核心特性。
Alternating sawtooth structure
Basketweave structure
Buffed finish
Coarse textile structure
Cone top structure
Crescent top structure
Cylindrical knob structure
Diagonal rhomboid positive structure
Diagonal wave structure
Elliptical smooth netting negative structure
Fabric
Fine textile structure / Fine weave emboss
Fish - herringbone structure
Glossy surface
Grip structure
Harlequin structure
Honeycomb structure
Impregnated fleece
Impregnated fabric
Inverted pyramid structure
Jink wave grip structure
Longitudinal groove
Matt, dull finish
Non-woven (fleece) structure
Orange peel
Orb structure
Pimple structure
Quadrillé (quadrangular pattern)
Sand finish
Sawtooth (large) structure
Sawtooth profile
Silk finish
Smooth
Snake skin structure
Square structure
Supermatt finish
Super grip surface
Tear drop structure
Waffle structure
Y Embossing

有什么新消息

Blog

How to prevent unplanned production stops during e-commerce peak season

As one of the biggest shopping days in the calendar, Black Friday marks the start of a festive shopping frenzy. However, while manufacturers may enjoy a spike in sales, the strain of increased demand can amplify existing supply chain problems. Adriano Parmesani, Industry Segment Manager Distribution Centers, discusses the preventative measures plants can take to keep their conveyor belts running smoothly during the e-commerce peak season.
Blog

How to determine the dimensions of conveyor and power transmission belts

What are k1%, kadm, and peripheral force? One can feel they are reading a new language when trying to determine the significance of these words, but in today’s blog I will translate their meaning and discuss the implications of each one.
Blog

Understanding friction

Recently I was asked to investigate an issue with an installation that was getting too hot due to excess friction. This can be a common problem, and so it is helpful to understand the factors involved. In this blog I will explain how friction is created and how it can be measured.

下载