Some standard content:
1 Scope
Chemical Industry Standard of the People's Republic of China
Ordinary Sports Shoes
Sport Shoes
HG/T2017-2000
Replaces HG/T2017—1991
This standard specifies the requirements, test methods, inspection rules, as well as marking, packaging, transportation and storage of ordinary sports shoes. This standard is applicable to cloth rubber shoes for general sports wear (excluding cloth rubber shoes for children with shoe size less than or equal to 195) processed by hot vulcanization process.
2 Referenced Standards
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard was published, the versions shown were all valid. All standards are subject to revision. Parties using this standard should explore the possibility of using the latest versions of the following standards: GB/T52H-1998 Determination of tensile properties of vulcanized rubber and thermoplastic rubber (CGVISO) 37: 1994) GB/T531-1992 Rubber Shore A hardness test method (neyIS7619: 1986) G1/T532-1997 Determination of adhesion strength between vulcanized rubber or thermoplastic rubber and fabric (idt13036: 1993) GB/T1 6891998 Determination of wear resistance of vulcanized rubber (using Akron abrasion machine) GB/T2941—1991
Standard temperature, humidity and time for environmental conditioning and testing of rubber specimens (eyISO)47111983) GB/T3293.11998 Shoe sizes (idtISO9407:1991) G33293—1982 Chinese shoe sizes and shoe series HG/T2198-1991
General requirements for physical test methods for vulcanized rubber HG/T 2403—1992
Rubber shoes inspection rules, marking, packaging, transportation and storage 3 Definitions
This standard adopts the following definitions:
3.1 Rubber slug outsole The part that contacts the ground has a geometric shape such as a spike and obviously protrudes from the bottom plate, with rubber material as the main body. 3.2 Base thickness basethicrncss
The thinnest thickness of the outsole after deducting the pattern.
3.3 Special outsole special outsole
The outsole with a non-linear vertical section in contact with the ground and no base thickness. As shown in Figure 1. Circle 1 Special outsole
Approved by the State Petroleum and Chemical Industry Bureau on May 23, 2000, implemented on December 1, 2000
4 Requirements
4.1 Shoe size and model
HG/T 2017—2000
For domestic products, the shoe size, model and shoe size shall comply with the provisions of GB/T3293.1 and GB3293. The shoe size and model of export products can be selected by negotiation between the production and demand parties. 4.2 Physical and mechanical properties
Should conform to the requirements of Table 1 and Table 2:
Table 1 Physical and mechanical properties (non-rubber nail outsole) Test location
Sideband and upper
Tensile strength, MPH
Elongation at break, %
Abrasion, cm
Strength (Shore A type), degrees
Adhesion strength, kN/m
When the width of the sideband specimen does not meet the test conditions, the adhesion strength will not be assessed. 2 When sampling by the special outsole method, the sample prepared under the same formula and process shall be used as a substitute Table 2 Physical and mechanical properties (rubber nail outsole) Inspection location
Strip and upper
Tensile strength, MPa
Elongation at break, %
Abrasion resistance, cm
Hardness (Shore A), degree
Adhesion strength, kN/u
Note: If the width of the strip sample does not meet the requirements of the test case, the adhesion will not be assessed. 4.3 Outsole thickness
Should meet the requirements of Table 3.
Table 3 Outsole Thickness Requirements
Shoe Size S
Outsole Classification
Thickness of the thickest part of the front impact area, m
Thickness of the bottom plate, n
Thickness of the thickest part of the rear impact area, mm
Calendered sole
Note: The thickest part of the front and rear impact areas includes the thickness of the raised part. 4.4 Appearance Quality
Should meet the requirements of Table 4.
Molded sole
200S≤240
Calendered sole
Molded sole
Random yarn and skipped yarn on upper fabric
Thread entanglement, skipped stitches and broken threads
Super high lining upper and foot paste
Loose eyelets
Uneven height and bubbles
Grit, impurities and bubbles
Unfavorable pressing
Stick marks
Grit, impurities and bubbles
Clear pattern
Toe size
Long stem
Long heel
Height of the back
HG/T 2017-2000
Table 4 Appearance Quality Requirements
No front part of the shoe, the area of random yarn in other parts is less than 80tm or the length of skipped yarn is less than 10mm, only one place is basically flat, does not affect the appearance
No
No more than 5mm above the insole
The cumulative area does not exceed 300mm2, the upper needle eyelet sizing is not included in this limit
The total area does not exceed 400mm, the width of the insole edge does not curl up more than 5 mm
The cumulative area does not exceed 400mm or the depth does not exceed 1.5mm
Not allowed
Complete products
The area of disordered yarn is less than 80m or the length of skipped yarn is less than 10
mm, limited to two places
Does not obviously affect the appearance
Skip stitches and broken threads will not affect the appearance after repair. The upper cloth is not allowed to be torn, and the mouth cloth is less than 3nm, which can be used after repair, limited to one place
The inner sole does not exceed 8 mm
Not allowed||The calculated area does not exceed 700mm°, and the needle hole penetration of the upper foot is not included in this limit
The calculated area does not exceed 60mD, and the width of the inner sole edge is not more than 8 mm
The cumulative area does not exceed 600mm or the depth does not exceed 2mm
Technical standards have
The area does not exceed 200 min, high or low no thicker than 2 area no more than 400 mm, distance or low no more than 2 Kain, limited blue
mm, short
no bending allowed. Other parts of the diameter not more than 1 bending no blue, other parts of the blue diameter not more than 2mm. High or deep no more than 0.5mm, limited (needle mm, high or deep no more than 0.5TaTm, limited to two places are not limited)
depth does not exceed 1I, limited to one place, no curved place, the length of the link joint does not exceed 2mn
area does not exceed 10 mm
no head and the bend of the surrounding strip, other parts of the curling length does not exceed 5mm, limited to one place
no spread
the pattern is basically clear and does not affect the appearance
no more than 5 mm, neat
(stitches are not included in this limit)
The length does not exceed 10mm, the depth does not exceed 2mm. Only one place, no bending is allowed, the length of the upper connection does not exceed 4 mm
The area does not exceed 20 mm
No curling is allowed at the toe box and the bend of the stripe, and the length of other parts does not exceed 10 mm, limited to one place
The length does not exceed 5mm, limited to one place
The pattern is basically clear, and the small size that obviously affects the appearance does not exceed 5m, basically neat
The diameter does not exceed 2mm, the height or depth does not exceed 1.5The diameter does not exceed 4mm. The height or depth does not exceed 2mm, limited to two places. No bending is allowed at the forefoot
mm. Limited to two places, no bending is allowed at the frontbzxZ.net
No bending is allowed at the front, the length of other parts does not exceed
The area does not exceed 300mm, basically flat, limited to two places, basically clear
1 m The sight distance is different, but it does not affect the appearance. The difference is not more than 4 mm. The difference is not more than 6 mm. The difference is not more than 7 mm. The difference of low-top shoes is not more than 3 mm. The difference of high-top shoes is not more than 5 mm. Over 10 mr,Depth not exceeding 2 m
The system area does not exceed 1000mm2, and is relatively flat. The appearance is slightly affected
The difference at 1m is obvious, and the appearance is not seriously affected. The difference is not more than 8 mm
The difference is not more than 10
The difference is not more than 10 mm
The difference between low-top shoes is not more than 5mm, and the difference between business shoes is not more than 7 mm
Decoration, logo
Spraying and spraying of rubber parts
HG/T 2D17—2000
Table 4 (complete)
The surface of the whole shoe is slightly damaged, not affecting the appearance
Basically clear
Qualified products
The area is within 500mm, and the light-colored products are within 200In'. They do not obviously affect the appearance
Light and tender affect the appearance
Molded outer sole spray box is light, and other parts are sprayed with frost and sulfur. All molded outer soles are sprayed with frost, and other parts are sprayed with frost and sulfur. There is no
Note, the quality defects not listed in the above table shall be handled according to the similar items. Those that seriously affect the appearance or wear shall be classified as unqualified products. 5 Test methods
5. 1 Test conditions
According to GB/T2941, HG/T2198 regulations. The sample shall be placed for no less than 61 before the test, and the finished product shall be cut along the direction of the outer sole.
5.2 Tensile strength and elongation at break test
Perform according to GB/T28. The shape of the specimen is specified as a dumbbell cutter of type 1. When the specimen thickness does not meet the test method standard, the test is carried out according to the actual thickness of the specimen.
5.3 Abrasion test
Perform according to GB/T1689. When the test piece is not long enough, it should be overlapped along the direction of the outsole. When the specimen thickness does not meet the test method standard, the test is carried out according to the actual thickness of the specimen.
5.4 Hardness test
Perform according to GB/T531.
5. 5 Adhesion strength test
Perform according to GB/T532. Sample cutting: Take a test piece from each side of the shoe, with an effective width of (10.0±0.2) mm and an effective length of greater than or equal to 80 mm.
5.6 Outsole Thickness Determination
5.6.1 Peel off the outsole from the sample shoe and cut it at the thickest part of the forefoot and the thickest part of the rear foot and the bottom plate in a direction perpendicular to the outsole contact surface.
5.6.2 Use a vernier caliper with an accuracy of 0.02mm to measure the thickness of the corresponding parts (as shown in Figure 2). However, the outsole with core holes (dense parts) should be the actual thickness after deducting the core holes. Rear palm force part
Thickness at the ground
Rear palm force with core hole
Thickness at the most original position
6 Inspection rules, marking, packaging, transportation, storage HG/T 2017—2000
Part A details
Part B details
Figure 2 Determination of outer sole thickness
Forefoot force part
Thickness at the thickest part
Thickness of the bottom plate
According to the provisions of HG/T2403 for cloth-surface rubber shoes. In addition, the inspection of the outer sole thickness shall be carried out in accordance with the provisions of 3.2.1.2 in HG/T2403—1992: At the same time, the standard number shall be on the packaging of each pair of shoes.
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