CN2837231Y

CN2837231Y - High resiliency pressure-resistant rubber tie plate

Info

Publication number: CN2837231Y
Application number: CN 200520073038
Authority: CN
Inventors: 金鑫
Original assignee: 殷云
Priority date: 2005-06-27
Filing date: 2005-06-27
Publication date: 2006-11-15
Anticipated expiration: 2015-06-27

Abstract

This high resiliency pressure-resistant rubber tie plate is mainly used in steel pipe and other heavy goods are stacked, isolated.This rubber tie plate is hot-forming by copper coated steel wire (1) and sizing material (2), and copper coated steel wire (1) is in sizing material (2), and the rubber tie plate after the moulding is the smooth cuboid of smooth surface.The length of copper coated steel wire (1) is 40～120 centimetres, and single diameter is 0.25 millimeter of φ 0.15～φ, and the plying diameter is 1.62 millimeters of φ 0.63～φ; Rubber tie plate section central area copper coated steel wire (1) density is no less than 30/every sq cm; This rubber tie plate length is 150～300 centimetres, and sectional area is 4～10 sq cms.This rubber tie plate can be stacked nearly hundred tons of goods, and compressive deformation is little, do not fracture, do not ftracture; Can absorb huge power external impacts; Rebound performance is good; Antiskid capability is good; Operating cycles is long, and application cost is low.

Description

High resiliency pressure-resistant rubber tie plate

Technical field:

The utility model high resiliency pressure-resistant rubber tie plate is mainly used in steel pipe and usefulness is stacked, isolated to other heavy goods in production, storage and transportation.

Background technology:

During steel pipe's production, storage and transportation in the past with wooden cushion block pad between steel pipe, but wooden cushion block distortion is big, elasticity is little, easy fracture is damaged, service life is short, can not be repeatedly used, and the application cost height after the timber breakage, also pollutes environment, waste a large amount of timber resources, will design a kind of high resiliency pressure-proof tie plate of new structure for this reason.

Summary of the invention:

The purpose of this utility model provides a kind of high resiliency pressure-resistant rubber tie plate, this tie plate is owing to adopted the high-tenacity copper coated steel wire as main framework material, the natural rubber sizing material is as body, thereby made big, the anti-weight of bearing capacity, shock proof rubber tie plate.

A kind ofly it is characterized in that by copper coated steel wire (1) and the hot-forming high resiliency pressure-resistant rubber tie plate of sizing material (2) copper coated steel wire (1) is arranged in sizing material (2), the rubber tie plate behind the hot forming is the smooth cuboid of smooth surface.

The manufacturing process and the structure of the utility model high resiliency pressure-resistant rubber tie plate are described as follows:

At first polymer rubber and compounding ingredient are added together, undertaken mixing by rubber mixing machine, make semi-finished sizing material, then, this half-blank sizing material and copper coated steel wire are made this semi-finished rubber tie plate base by particular manufacturing craft by certain technological requirement, again the semi-finished rubber pad base of forming are put into fixing punching block, with vulcanizer by under the High Temperature High Pressure, it is crosslinked to use rubber self and copper wire to produce Polymer, final this cuboid rubber tie plate product that forms in sulfuration back.

Copper coated steel wire is placed sizing material, hot forming, the rubber tie plate smooth surface after the shaping is smooth, does not have obvious uneven phenomenon, after the steel pipe pressure-bearing that this rubber tie plate is stacked, stack what of quantity according to steel pipe, its section width and height can produce certain deformation, but after going to press, then can recover naturally, in stacking process, steel pipe can not produce displacement, sliding phenomenon, can guarantee its goods stacking safety fully.

The said structure of this high resiliency pressure-resistant rubber tie plate has following advantage: after stacking nearly hundred tons of goods weight, the product compressive deformation is little, do not fracture, do not ftracture; Can absorb and decompose huge external impacts; Rebound resilience is good, go weight external force after, can restore to the original state naturally, can be repeatedly used; After goods is stacked, can displacement, slip, antiskid capability is good; The product operating cycles is long, and application cost is low.

Description of drawings:

Fig. 1: this high resiliency pressure-resistant rubber tie plate contour structures partial schematic sectional view.

Fig. 2: this high resiliency pressure-resistant rubber tie plate section structure scheme drawing.

Fig. 3: this high resiliency pressure-resistant rubber tie plate half-blank forming mould cross sectional drawing.

Fig. 4: this high resiliency pressure-resistant rubber tie plate finished product sulfurizing mould cross sectional drawing.

The specific embodiment:

Referring to Fig. 1: Fig. 1 is this rubber tie plate contour structures partial schematic sectional view, and hot-forming back is the rectangular structure shape, and among the figure: (1) is copper coated steel wire, and (2) are Polymer natural rubber sizing material.

Referring to Fig. 2: in this rubber of Fig. 2 tie plate section structure scheme drawing, visible copper coated steel wire (1) and is positioned at the centre of this rubber tie plate in sizing material (2), account for 60～80% of total section; Its copper coated steel wire weight accounts for 50% of tie plate total weight; Copper coated steel wire (1) length is 40～120 centimetres, single diameter is: 0.25 millimeter of  0.15～, the plying diameter is: 1.62 millimeters of  0.63～, the steel wire number of share of stock is many more, then elasticity is good more, intensity is high more, this rubber tie plate section central area, and copper coated steel wire (1) density is no less than 30/every sq cm.

Referring to Fig. 3: in Fig. 3, during the half-blank moulding, sizing material (2) and copper coated steel wire (1) intersected in mould (3) die cavity fill up compacting, make the half-blank blank, then with the half-blank blank by taking out in mould (3) die cavity, flow into next procedure, its half-blank forming die is a wooden structures.

Referring to Fig. 4: in Fig. 4, the half-blank blank is placed in the die cavity of counterdie (4), cover die cap (5), above-mentioned mould is fixed on the vulcanizing press heats, pressurize and vulcanize, temperature is 145 ℃～155 ℃, pressure 〉=500 N/every sq cm, after the sulfuration, taking out promptly becomes this rubber tie plate.

This high resiliency pressure-resistant rubber tie plate is mainly used in the stacking of steel pipe and other heavy goods, in order to avoid steel pipe or goods collide mutually and damage, play anti-skidding, vibrationproof, crash-proof function, this rubber tie plate production length is 150～300 centimetres, sectional area is 4～10 sq cms, this rubber tie plate can be put one every 2～3 meters, by the goods of Different Weight, can select the above-mentioned rubber tie plate of different size for use.

Claims

1, a kind ofly it is characterized in that by copper coated steel wire (1) and the hot-forming high resiliency pressure-resistant rubber tie plate of sizing material (2) copper coated steel wire (1) is arranged in sizing material (2), the rubber tie plate behind the hot forming is the smooth cuboid of smooth surface.

2, high resiliency pressure-resistant rubber tie plate according to claim 1 is characterized in that copper coated steel wire (1) length is 40～120 centimetres, and single diameter is: 0.25 millimeter of  0.15～, the plying diameter is: 1.62 millimeters of  0.63～.

3, high resiliency pressure-resistant rubber tie plate according to claim 1 is characterized in that rubber tie plate section central area copper coated steel wire (1) density is no less than 30/every sq cm.

4, high resiliency pressure-resistant rubber tie plate according to claim 1 is characterized in that this rubber tie plate length is 150～300 centimetres, and sectional area is 4～10 sq cms.